<?xml version="1.0"?>
<UserStation_Information>

<File_Info>This report generated by CASA Data Warehouse for data validation.</File_Info>


		<Station_Information>

			<Station_ID>1028</Station_ID>
			<Station_Name>Edmonton Central</Station_Name>
			<SiteStation_Code>01001</SiteStation_Code>
			<Station_Abbrev>EDMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>093</Method_Code>
							<Method_Abbrev>teom30</Method_Abbrev>
							<Method_Name>teom @ 30C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>194</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing) with data reported at actual ambient conditions</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17907   </Param_Code>
						<Param_Abbrev>Limonene</Param_Abbrev>
						<Param_Name>D-Limonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42814   </Param_Code>
						<Param_Abbrev>1,1,1-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,1-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43202   </Param_Code>
						<Param_Abbrev>Ethane</Param_Abbrev>
						<Param_Name>Ethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43203   </Param_Code>
						<Param_Abbrev>Ethylene</Param_Abbrev>
						<Param_Name>Ethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43204   </Param_Code>
						<Param_Abbrev>Propane</Param_Abbrev>
						<Param_Name>Propane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2000</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43205   </Param_Code>
						<Param_Abbrev>Propylene</Param_Abbrev>
						<Param_Name>Propylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43206   </Param_Code>
						<Param_Abbrev>Acetylene</Param_Abbrev>
						<Param_Name>Acetylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43207   </Param_Code>
						<Param_Abbrev>Freon113</Param_Abbrev>
						<Param_Name>Freon 113</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43208   </Param_Code>
						<Param_Abbrev>Freon114</Param_Abbrev>
						<Param_Name>Freon114</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43210   </Param_Code>
						<Param_Abbrev>1-Butyne</Param_Abbrev>
						<Param_Name>1-Butyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43218   </Param_Code>
						<Param_Abbrev>1,3-Butadiene</Param_Abbrev>
						<Param_Name>1,3-Butadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43222   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpropane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43236   </Param_Code>
						<Param_Abbrev>2-Ethyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Ethyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43237   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43239   </Param_Code>
						<Param_Abbrev>Cis-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43241   </Param_Code>
						<Param_Abbrev>Undecane</Param_Abbrev>
						<Param_Name>Undecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43245   </Param_Code>
						<Param_Abbrev>1-Hexene</Param_Abbrev>
						<Param_Name>1-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43255   </Param_Code>
						<Param_Abbrev>Dodecane</Param_Abbrev>
						<Param_Name>Dodecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43269   </Param_Code>
						<Param_Abbrev>Cyclohexene</Param_Abbrev>
						<Param_Name>Cyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43271   </Param_Code>
						<Param_Abbrev>Trans-3-Heptene</Param_Abbrev>
						<Param_Name>Trans-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43272   </Param_Code>
						<Param_Abbrev>Cis-3-Heptene</Param_Abbrev>
						<Param_Name>Cis-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43273   </Param_Code>
						<Param_Abbrev>Trans-2-Heptene</Param_Abbrev>
						<Param_Name>Trans-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43276   </Param_Code>
						<Param_Abbrev>Camphene</Param_Abbrev>
						<Param_Name>Camphene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43277   </Param_Code>
						<Param_Abbrev>2,2,5-Trimethylhexane</Param_Abbrev>
						<Param_Name>2,2,5-Trimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43278   </Param_Code>
						<Param_Abbrev>Cis-2-Octene</Param_Abbrev>
						<Param_Name>Cis-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43279   </Param_Code>
						<Param_Abbrev>1-Nonene</Param_Abbrev>
						<Param_Name>1-Nonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43282   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43286   </Param_Code>
						<Param_Abbrev>Cis-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43287   </Param_Code>
						<Param_Abbrev>Trans-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43293   </Param_Code>
						<Param_Abbrev>2,4-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,4-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43298   </Param_Code>
						<Param_Abbrev>1-Decene</Param_Abbrev>
						<Param_Name>1-Decene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43299   </Param_Code>
						<Param_Abbrev>1-Undecene</Param_Abbrev>
						<Param_Name>1-Undecene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43328   </Param_Code>
						<Param_Abbrev>1-Heptene</Param_Abbrev>
						<Param_Name>1-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43372   </Param_Code>
						<Param_Abbrev>MTBE</Param_Abbrev>
						<Param_Name>Methyl Tert-Butyl Ether</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43378   </Param_Code>
						<Param_Abbrev>1-Methylcyclohexene</Param_Abbrev>
						<Param_Name>1-Methylcyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43803   </Param_Code>
						<Param_Abbrev>Chloroform</Param_Abbrev>
						<Param_Name>Chloroform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43804   </Param_Code>
						<Param_Abbrev>Carbontetrachloride</Param_Abbrev>
						<Param_Name>Carbontetrachloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43805   </Param_Code>
						<Param_Abbrev>Dibromomethane</Param_Abbrev>
						<Param_Name>Dibromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43806   </Param_Code>
						<Param_Abbrev>Bromoform</Param_Abbrev>
						<Param_Name>Bromoform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43812   </Param_Code>
						<Param_Abbrev>Chloroethane</Param_Abbrev>
						<Param_Name>Chloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43813   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethane</Param_Abbrev>
						<Param_Name>1,1-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43815   </Param_Code>
						<Param_Abbrev>1,2-Dichloroethane</Param_Abbrev>
						<Param_Name>1,2-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43816   </Param_Code>
						<Param_Abbrev>Cis-1,2-Dichloroethylene</Param_Abbrev>
						<Param_Name>Cis-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43817   </Param_Code>
						<Param_Abbrev>Tetrachloroethylene</Param_Abbrev>
						<Param_Name>Tetrachloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43818   </Param_Code>
						<Param_Abbrev>1,1,2,2-Tetrachloroethane</Param_Abbrev>
						<Param_Name>1,1,2,2-Tetrachloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43819   </Param_Code>
						<Param_Abbrev>Bromomethane</Param_Abbrev>
						<Param_Name>Bromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43820   </Param_Code>
						<Param_Abbrev>1,1,2-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,2-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43824   </Param_Code>
						<Param_Abbrev>Trichloroethylene</Param_Abbrev>
						<Param_Name>Trichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43826   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethylene</Param_Abbrev>
						<Param_Name>1,1-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43827   </Param_Code>
						<Param_Abbrev>Trans-1,2-Dichloroethylen</Param_Abbrev>
						<Param_Name>Trans-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43828   </Param_Code>
						<Param_Abbrev>Bromodichloromethane</Param_Abbrev>
						<Param_Name>Bromodichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43829   </Param_Code>
						<Param_Abbrev>1,2-Dichloropropane</Param_Abbrev>
						<Param_Name>1,2-Dichloropropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43832   </Param_Code>
						<Param_Abbrev>Dibromochloromethane</Param_Abbrev>
						<Param_Name>Dibromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43836   </Param_Code>
						<Param_Abbrev>Bromochloromethane</Param_Abbrev>
						<Param_Name>Bromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43860   </Param_Code>
						<Param_Abbrev>VCM</Param_Abbrev>
						<Param_Name>Vinyl Chloride Monomer</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43952   </Param_Code>
						<Param_Abbrev>Indane</Param_Abbrev>
						<Param_Name>Indane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.45</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43955   </Param_Code>
						<Param_Abbrev>2,5-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,5-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43959   </Param_Code>
						<Param_Abbrev>1-Methylcyclopentene</Param_Abbrev>
						<Param_Name>1-Methylcyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.25</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45213   </Param_Code>
						<Param_Abbrev>4-Ethyltoluene</Param_Abbrev>
						<Param_Name>4-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45214   </Param_Code>
						<Param_Abbrev>N-Butylbenzene</Param_Abbrev>
						<Param_Name>n-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45215   </Param_Code>
						<Param_Abbrev>Tert-Butylbenzene</Param_Abbrev>
						<Param_Name>Tert-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45216   </Param_Code>
						<Param_Abbrev>Sec-Butylbenzene</Param_Abbrev>
						<Param_Name>Sec-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.35</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45225   </Param_Code>
						<Param_Abbrev>1,2,3-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,3-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45226   </Param_Code>
						<Param_Abbrev>Iso-Butylbenzene</Param_Abbrev>
						<Param_Name>Iso-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45251   </Param_Code>
						<Param_Abbrev>1,3-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,3-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45259   </Param_Code>
						<Param_Abbrev>1,4-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,4-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45801   </Param_Code>
						<Param_Abbrev>Chlorobenzene</Param_Abbrev>
						<Param_Name>Chlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45805   </Param_Code>
						<Param_Abbrev>1,2-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,2-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45806   </Param_Code>
						<Param_Abbrev>1,3-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,3-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45807   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,4-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45810   </Param_Code>
						<Param_Abbrev>1,2,4-Trichlorobenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.13</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0001   </Param_Code>
						<Param_Abbrev>1,2-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,2-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0002   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobutane</Param_Abbrev>
						<Param_Name>1,4-Dichlorobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0003   </Param_Code>
						<Param_Abbrev>1-Octene</Param_Abbrev>
						<Param_Name>1-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0004   </Param_Code>
						<Param_Abbrev>1-Propyne</Param_Abbrev>
						<Param_Name>1-Propyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.27</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0005   </Param_Code>
						<Param_Abbrev>2,2,3-Trimethylbutane</Param_Abbrev>
						<Param_Name>2,2,3-Trimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0006   </Param_Code>
						<Param_Abbrev>2,2-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,2-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0007   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0008   </Param_Code>
						<Param_Abbrev>2,5-Dimethylheptane</Param_Abbrev>
						<Param_Name>2,5-Dimethylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0009   </Param_Code>
						<Param_Abbrev>2-Ethyltoluene</Param_Abbrev>
						<Param_Name>2-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0010   </Param_Code>
						<Param_Abbrev>3,6-Dimethyloctane</Param_Abbrev>
						<Param_Name>3,6-Dimethyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0011   </Param_Code>
						<Param_Abbrev>3-Ethyltoluene</Param_Abbrev>
						<Param_Name>3-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0012   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0013   </Param_Code>
						<Param_Abbrev>3-Methyloctane</Param_Abbrev>
						<Param_Name>3-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0014   </Param_Code>
						<Param_Abbrev>4-Methylheptane</Param_Abbrev>
						<Param_Name>4-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0015   </Param_Code>
						<Param_Abbrev>4-Methyloctane</Param_Abbrev>
						<Param_Name>4-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0016   </Param_Code>
						<Param_Abbrev>Bromotrichloromethane</Param_Abbrev>
						<Param_Name>Bromotrichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.06</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0017   </Param_Code>
						<Param_Abbrev>Chloromethane</Param_Abbrev>
						<Param_Name>Chloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0018   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0019   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Cis-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0020   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0021   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclo</Param_Abbrev>
						<Param_Name>Cis-1,4/T-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0022   </Param_Code>
						<Param_Abbrev>Cis-2-Heptene</Param_Abbrev>
						<Param_Name>Cis-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.43</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0023   </Param_Code>
						<Param_Abbrev>Decane</Param_Abbrev>
						<Param_Name>Decane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0024   </Param_Code>
						<Param_Abbrev>Dichloromethane</Param_Abbrev>
						<Param_Name>Dichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0025   </Param_Code>
						<Param_Abbrev>EDB</Param_Abbrev>
						<Param_Name>EDB</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0026   </Param_Code>
						<Param_Abbrev>Ethylbromide</Param_Abbrev>
						<Param_Name>Ethylbromide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0027   </Param_Code>
						<Param_Abbrev>Freon11</Param_Abbrev>
						<Param_Name>Freon11</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0028   </Param_Code>
						<Param_Abbrev>Freon12</Param_Abbrev>
						<Param_Name>Freon12</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0029   </Param_Code>
						<Param_Abbrev>Freon22</Param_Abbrev>
						<Param_Name>Freon22</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0031   </Param_Code>
						<Param_Abbrev>Hexachlorobutadiene</Param_Abbrev>
						<Param_Name>Hexachlorobutadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0033   </Param_Code>
						<Param_Abbrev>Hexylbenzene</Param_Abbrev>
						<Param_Name>Hexylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0036   </Param_Code>
						<Param_Abbrev>P-Cymene</Param_Abbrev>
						<Param_Name>P-Cymene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0038   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0039   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Trans-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0040   </Param_Code>
						<Param_Abbrev>1,4-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,4-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0041   </Param_Code>
						<Param_Abbrev>Trans-2-Octene</Param_Abbrev>
						<Param_Name>Trans-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0042   </Param_Code>
						<Param_Abbrev>Trans-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0071   </Param_Code>
						<Param_Abbrev>Total VOCs</Param_Abbrev>
						<Param_Name>Total VOCs</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0100   </Param_Code>
						<Param_Abbrev>Benzlychloride</Param_Abbrev>
						<Param_Name>Benzlychloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0043   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0045   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0047   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0049   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0051   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0053   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0055   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0057   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0059   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0061   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0063   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0065   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0067   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0069   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81103   </Param_Code>
						<Param_Abbrev>PM2.5-10</Param_Abbrev>
						<Param_Name>PM2.5-10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>18</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0044   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0046   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0048   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0050   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0052   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0054   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0056   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium(Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0058   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0060   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0062   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0064   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0066   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0068   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0070   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>22.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>26.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1029</Station_ID>
			<Station_Name>Edmonton East</Station_Name>
			<SiteStation_Code>01002</SiteStation_Code>
			<Station_Abbrev>EIMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>093</Method_Code>
							<Method_Abbrev>teom30</Method_Abbrev>
							<Method_Name>teom @ 30C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>194</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing) with data reported at actual ambient conditions</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17907   </Param_Code>
						<Param_Abbrev>Limonene</Param_Abbrev>
						<Param_Name>D-Limonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42814   </Param_Code>
						<Param_Abbrev>1,1,1-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,1-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43202   </Param_Code>
						<Param_Abbrev>Ethane</Param_Abbrev>
						<Param_Name>Ethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43203   </Param_Code>
						<Param_Abbrev>Ethylene</Param_Abbrev>
						<Param_Name>Ethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43204   </Param_Code>
						<Param_Abbrev>Propane</Param_Abbrev>
						<Param_Name>Propane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2000</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43205   </Param_Code>
						<Param_Abbrev>Propylene</Param_Abbrev>
						<Param_Name>Propylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43206   </Param_Code>
						<Param_Abbrev>Acetylene</Param_Abbrev>
						<Param_Name>Acetylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43207   </Param_Code>
						<Param_Abbrev>Freon113</Param_Abbrev>
						<Param_Name>Freon 113</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43208   </Param_Code>
						<Param_Abbrev>Freon114</Param_Abbrev>
						<Param_Name>Freon114</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43210   </Param_Code>
						<Param_Abbrev>1-Butyne</Param_Abbrev>
						<Param_Name>1-Butyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43218   </Param_Code>
						<Param_Abbrev>1,3-Butadiene</Param_Abbrev>
						<Param_Name>1,3-Butadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43222   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpropane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43236   </Param_Code>
						<Param_Abbrev>2-Ethyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Ethyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43237   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43239   </Param_Code>
						<Param_Abbrev>Cis-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43241   </Param_Code>
						<Param_Abbrev>Undecane</Param_Abbrev>
						<Param_Name>Undecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43245   </Param_Code>
						<Param_Abbrev>1-Hexene</Param_Abbrev>
						<Param_Name>1-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43255   </Param_Code>
						<Param_Abbrev>Dodecane</Param_Abbrev>
						<Param_Name>Dodecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43269   </Param_Code>
						<Param_Abbrev>Cyclohexene</Param_Abbrev>
						<Param_Name>Cyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43271   </Param_Code>
						<Param_Abbrev>Trans-3-Heptene</Param_Abbrev>
						<Param_Name>Trans-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43272   </Param_Code>
						<Param_Abbrev>Cis-3-Heptene</Param_Abbrev>
						<Param_Name>Cis-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43273   </Param_Code>
						<Param_Abbrev>Trans-2-Heptene</Param_Abbrev>
						<Param_Name>Trans-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43276   </Param_Code>
						<Param_Abbrev>Camphene</Param_Abbrev>
						<Param_Name>Camphene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43277   </Param_Code>
						<Param_Abbrev>2,2,5-Trimethylhexane</Param_Abbrev>
						<Param_Name>2,2,5-Trimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43278   </Param_Code>
						<Param_Abbrev>Cis-2-Octene</Param_Abbrev>
						<Param_Name>Cis-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43279   </Param_Code>
						<Param_Abbrev>1-Nonene</Param_Abbrev>
						<Param_Name>1-Nonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43282   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43286   </Param_Code>
						<Param_Abbrev>Cis-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43287   </Param_Code>
						<Param_Abbrev>Trans-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43293   </Param_Code>
						<Param_Abbrev>2,4-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,4-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43298   </Param_Code>
						<Param_Abbrev>1-Decene</Param_Abbrev>
						<Param_Name>1-Decene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43299   </Param_Code>
						<Param_Abbrev>1-Undecene</Param_Abbrev>
						<Param_Name>1-Undecene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43328   </Param_Code>
						<Param_Abbrev>1-Heptene</Param_Abbrev>
						<Param_Name>1-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43372   </Param_Code>
						<Param_Abbrev>MTBE</Param_Abbrev>
						<Param_Name>Methyl Tert-Butyl Ether</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43378   </Param_Code>
						<Param_Abbrev>1-Methylcyclohexene</Param_Abbrev>
						<Param_Name>1-Methylcyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43803   </Param_Code>
						<Param_Abbrev>Chloroform</Param_Abbrev>
						<Param_Name>Chloroform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43804   </Param_Code>
						<Param_Abbrev>Carbontetrachloride</Param_Abbrev>
						<Param_Name>Carbontetrachloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43805   </Param_Code>
						<Param_Abbrev>Dibromomethane</Param_Abbrev>
						<Param_Name>Dibromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43806   </Param_Code>
						<Param_Abbrev>Bromoform</Param_Abbrev>
						<Param_Name>Bromoform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43812   </Param_Code>
						<Param_Abbrev>Chloroethane</Param_Abbrev>
						<Param_Name>Chloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43813   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethane</Param_Abbrev>
						<Param_Name>1,1-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43815   </Param_Code>
						<Param_Abbrev>1,2-Dichloroethane</Param_Abbrev>
						<Param_Name>1,2-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43816   </Param_Code>
						<Param_Abbrev>Cis-1,2-Dichloroethylene</Param_Abbrev>
						<Param_Name>Cis-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43817   </Param_Code>
						<Param_Abbrev>Tetrachloroethylene</Param_Abbrev>
						<Param_Name>Tetrachloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43818   </Param_Code>
						<Param_Abbrev>1,1,2,2-Tetrachloroethane</Param_Abbrev>
						<Param_Name>1,1,2,2-Tetrachloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43819   </Param_Code>
						<Param_Abbrev>Bromomethane</Param_Abbrev>
						<Param_Name>Bromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43820   </Param_Code>
						<Param_Abbrev>1,1,2-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,2-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43824   </Param_Code>
						<Param_Abbrev>Trichloroethylene</Param_Abbrev>
						<Param_Name>Trichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43826   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethylene</Param_Abbrev>
						<Param_Name>1,1-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43827   </Param_Code>
						<Param_Abbrev>Trans-1,2-Dichloroethylen</Param_Abbrev>
						<Param_Name>Trans-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43828   </Param_Code>
						<Param_Abbrev>Bromodichloromethane</Param_Abbrev>
						<Param_Name>Bromodichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43829   </Param_Code>
						<Param_Abbrev>1,2-Dichloropropane</Param_Abbrev>
						<Param_Name>1,2-Dichloropropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43832   </Param_Code>
						<Param_Abbrev>Dibromochloromethane</Param_Abbrev>
						<Param_Name>Dibromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43836   </Param_Code>
						<Param_Abbrev>Bromochloromethane</Param_Abbrev>
						<Param_Name>Bromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43860   </Param_Code>
						<Param_Abbrev>VCM</Param_Abbrev>
						<Param_Name>Vinyl Chloride Monomer</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43952   </Param_Code>
						<Param_Abbrev>Indane</Param_Abbrev>
						<Param_Name>Indane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.45</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43955   </Param_Code>
						<Param_Abbrev>2,5-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,5-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43959   </Param_Code>
						<Param_Abbrev>1-Methylcyclopentene</Param_Abbrev>
						<Param_Name>1-Methylcyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.25</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45213   </Param_Code>
						<Param_Abbrev>4-Ethyltoluene</Param_Abbrev>
						<Param_Name>4-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45214   </Param_Code>
						<Param_Abbrev>N-Butylbenzene</Param_Abbrev>
						<Param_Name>n-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45215   </Param_Code>
						<Param_Abbrev>Tert-Butylbenzene</Param_Abbrev>
						<Param_Name>Tert-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45216   </Param_Code>
						<Param_Abbrev>Sec-Butylbenzene</Param_Abbrev>
						<Param_Name>Sec-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.35</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45225   </Param_Code>
						<Param_Abbrev>1,2,3-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,3-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45226   </Param_Code>
						<Param_Abbrev>Iso-Butylbenzene</Param_Abbrev>
						<Param_Name>Iso-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45251   </Param_Code>
						<Param_Abbrev>1,3-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,3-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45259   </Param_Code>
						<Param_Abbrev>1,4-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,4-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45801   </Param_Code>
						<Param_Abbrev>Chlorobenzene</Param_Abbrev>
						<Param_Name>Chlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45805   </Param_Code>
						<Param_Abbrev>1,2-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,2-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45806   </Param_Code>
						<Param_Abbrev>1,3-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,3-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45807   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,4-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45810   </Param_Code>
						<Param_Abbrev>1,2,4-Trichlorobenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.13</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0001   </Param_Code>
						<Param_Abbrev>1,2-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,2-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0002   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobutane</Param_Abbrev>
						<Param_Name>1,4-Dichlorobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0003   </Param_Code>
						<Param_Abbrev>1-Octene</Param_Abbrev>
						<Param_Name>1-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0004   </Param_Code>
						<Param_Abbrev>1-Propyne</Param_Abbrev>
						<Param_Name>1-Propyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.27</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0005   </Param_Code>
						<Param_Abbrev>2,2,3-Trimethylbutane</Param_Abbrev>
						<Param_Name>2,2,3-Trimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0006   </Param_Code>
						<Param_Abbrev>2,2-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,2-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0007   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0008   </Param_Code>
						<Param_Abbrev>2,5-Dimethylheptane</Param_Abbrev>
						<Param_Name>2,5-Dimethylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0009   </Param_Code>
						<Param_Abbrev>2-Ethyltoluene</Param_Abbrev>
						<Param_Name>2-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0010   </Param_Code>
						<Param_Abbrev>3,6-Dimethyloctane</Param_Abbrev>
						<Param_Name>3,6-Dimethyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0011   </Param_Code>
						<Param_Abbrev>3-Ethyltoluene</Param_Abbrev>
						<Param_Name>3-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0012   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0013   </Param_Code>
						<Param_Abbrev>3-Methyloctane</Param_Abbrev>
						<Param_Name>3-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0014   </Param_Code>
						<Param_Abbrev>4-Methylheptane</Param_Abbrev>
						<Param_Name>4-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0015   </Param_Code>
						<Param_Abbrev>4-Methyloctane</Param_Abbrev>
						<Param_Name>4-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0016   </Param_Code>
						<Param_Abbrev>Bromotrichloromethane</Param_Abbrev>
						<Param_Name>Bromotrichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.06</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0017   </Param_Code>
						<Param_Abbrev>Chloromethane</Param_Abbrev>
						<Param_Name>Chloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0018   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0019   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Cis-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0020   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0021   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclo</Param_Abbrev>
						<Param_Name>Cis-1,4/T-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0022   </Param_Code>
						<Param_Abbrev>Cis-2-Heptene</Param_Abbrev>
						<Param_Name>Cis-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.43</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0023   </Param_Code>
						<Param_Abbrev>Decane</Param_Abbrev>
						<Param_Name>Decane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0024   </Param_Code>
						<Param_Abbrev>Dichloromethane</Param_Abbrev>
						<Param_Name>Dichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0025   </Param_Code>
						<Param_Abbrev>EDB</Param_Abbrev>
						<Param_Name>EDB</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0026   </Param_Code>
						<Param_Abbrev>Ethylbromide</Param_Abbrev>
						<Param_Name>Ethylbromide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0027   </Param_Code>
						<Param_Abbrev>Freon11</Param_Abbrev>
						<Param_Name>Freon11</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0028   </Param_Code>
						<Param_Abbrev>Freon12</Param_Abbrev>
						<Param_Name>Freon12</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0029   </Param_Code>
						<Param_Abbrev>Freon22</Param_Abbrev>
						<Param_Name>Freon22</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0031   </Param_Code>
						<Param_Abbrev>Hexachlorobutadiene</Param_Abbrev>
						<Param_Name>Hexachlorobutadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0033   </Param_Code>
						<Param_Abbrev>Hexylbenzene</Param_Abbrev>
						<Param_Name>Hexylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0036   </Param_Code>
						<Param_Abbrev>P-Cymene</Param_Abbrev>
						<Param_Name>P-Cymene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0038   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0039   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Trans-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0040   </Param_Code>
						<Param_Abbrev>1,4-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,4-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0041   </Param_Code>
						<Param_Abbrev>Trans-2-Octene</Param_Abbrev>
						<Param_Name>Trans-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0042   </Param_Code>
						<Param_Abbrev>Trans-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0071   </Param_Code>
						<Param_Abbrev>Total VOCs</Param_Abbrev>
						<Param_Name>Total VOCs</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0100   </Param_Code>
						<Param_Abbrev>Benzlychloride</Param_Abbrev>
						<Param_Name>Benzlychloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1030</Station_ID>
			<Station_Name>Fort Saskatchewan-Downtown (old)</Station_Name>
			<SiteStation_Code>01003</SiteStation_Code>
			<Station_Abbrev>FTS2</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42604   </Param_Code>
						<Param_Abbrev>NH3</Param_Abbrev>
						<Param_Name>Ammonia</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1031</Station_ID>
			<Station_Name>Edmonton Northwest</Station_Name>
			<SiteStation_Code>01004</SiteStation_Code>
			<Station_Abbrev>ERMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>22.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>26.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1032</Station_ID>
			<Station_Name>Fort McKay (AENV)</Station_Name>
			<SiteStation_Code>01011</SiteStation_Code>
			<Station_Abbrev>FTMK</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0043   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0045   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0047   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0049   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0051   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0053   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0055   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0057   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0059   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0061   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0063   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0065   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0067   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0069   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>22.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>26.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1033</Station_ID>
			<Station_Name>Cold Lake</Station_Name>
			<SiteStation_Code>01015</SiteStation_Code>
			<Station_Abbrev>CDLK</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.042</Method_Param_Min>
							<Method_Param_Max>4.065</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>1</Method_Param_Min>
							<Method_Param_Max>2749</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.41</Method_Param_Min>
							<Method_Param_Max>7.17</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>41.7</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>72.56</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>1.938</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.003</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>0.599</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.006</Method_Param_Min>
							<Method_Param_Max>2.484</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>4.955</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.056</Method_Param_Min>
							<Method_Param_Max>13.428</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.093</Method_Param_Min>
							<Method_Param_Max>15.291</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>82.27</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.003</Method_Param_Min>
							<Method_Param_Max>0.474</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.765</Method_Param_Min>
							<Method_Param_Max>2.385</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.81</Method_Param_Min>
							<Method_Param_Max>1.489</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0037</Method_Param_Min>
							<Method_Param_Max>0.0141</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.004</Method_Param_Min>
							<Method_Param_Max>0.0168</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0312</Method_Param_Min>
							<Method_Param_Max>85.7798</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.4987</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1766</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0864</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.5759</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.276</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.6503</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0005</Method_Param_Min>
							<Method_Param_Max>0.4969</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.08</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.3039</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1034</Station_ID>
			<Station_Name>Fort Chipewyan</Station_Name>
			<SiteStation_Code>01016</SiteStation_Code>
			<Station_Abbrev>FTCP</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.025</Method_Param_Min>
							<Method_Param_Max>4.439</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>6</Method_Param_Min>
							<Method_Param_Max>4100</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.68</Method_Param_Min>
							<Method_Param_Max>7.31</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>2.38</Method_Param_Min>
							<Method_Param_Max>31.6</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>5.16</Method_Param_Min>
							<Method_Param_Max>103.67</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.013</Method_Param_Min>
							<Method_Param_Max>2.445</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>0.32</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>0.611</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.026</Method_Param_Min>
							<Method_Param_Max>3.822</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.903</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.011</Method_Param_Min>
							<Method_Param_Max>2.849</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.145</Method_Param_Min>
							<Method_Param_Max>4.464</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>5.35</Method_Param_Min>
							<Method_Param_Max>110.75</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.181</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.421</Method_Param_Min>
							<Method_Param_Max>3.999</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.793</Method_Param_Min>
							<Method_Param_Max>1.504</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0006</Method_Param_Min>
							<Method_Param_Max>0.0058</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0116</Method_Param_Min>
							<Method_Param_Max>0.0134</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0743</Method_Param_Min>
							<Method_Param_Max>50.758</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0019</Method_Param_Min>
							<Method_Param_Max>0.3528</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>0.0372</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0007</Method_Param_Min>
							<Method_Param_Max>0.0921</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0026</Method_Param_Min>
							<Method_Param_Max>0.3678</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.1116</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0014</Method_Param_Min>
							<Method_Param_Max>0.2742</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0067</Method_Param_Min>
							<Method_Param_Max>0.6731</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0004</Method_Param_Min>
							<Method_Param_Max>0.015</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0035</Method_Param_Min>
							<Method_Param_Max>0.3617</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1035</Station_ID>
			<Station_Name>Sherwood Park</Station_Name>
			<SiteStation_Code>01021</SiteStation_Code>
			<Station_Abbrev>SHPK</Station_Abbrev>
			<Station_Owner>SIA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1036</Station_ID>
			<Station_Name>Edmonton South</Station_Name>
			<SiteStation_Code>01043</SiteStation_Code>
			<Station_Abbrev>ESMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>093</Method_Code>
							<Method_Abbrev>teom30</Method_Abbrev>
							<Method_Name>teom @ 30C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>194</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing) with data reported at actual ambient conditions</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1037</Station_ID>
			<Station_Name>Calgary Central</Station_Name>
			<SiteStation_Code>02001</SiteStation_Code>
			<Station_Abbrev>CDMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42102   </Param_Code>
						<Param_Abbrev>CO2</Param_Abbrev>
						<Param_Name>Carbon Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>250</Method_Param_Min>
							<Method_Param_Max>650</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17907   </Param_Code>
						<Param_Abbrev>Limonene</Param_Abbrev>
						<Param_Name>D-Limonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42814   </Param_Code>
						<Param_Abbrev>1,1,1-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,1-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43202   </Param_Code>
						<Param_Abbrev>Ethane</Param_Abbrev>
						<Param_Name>Ethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43203   </Param_Code>
						<Param_Abbrev>Ethylene</Param_Abbrev>
						<Param_Name>Ethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43204   </Param_Code>
						<Param_Abbrev>Propane</Param_Abbrev>
						<Param_Name>Propane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2000</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43205   </Param_Code>
						<Param_Abbrev>Propylene</Param_Abbrev>
						<Param_Name>Propylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43206   </Param_Code>
						<Param_Abbrev>Acetylene</Param_Abbrev>
						<Param_Name>Acetylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43207   </Param_Code>
						<Param_Abbrev>Freon113</Param_Abbrev>
						<Param_Name>Freon 113</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43208   </Param_Code>
						<Param_Abbrev>Freon114</Param_Abbrev>
						<Param_Name>Freon114</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43210   </Param_Code>
						<Param_Abbrev>1-Butyne</Param_Abbrev>
						<Param_Name>1-Butyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43218   </Param_Code>
						<Param_Abbrev>1,3-Butadiene</Param_Abbrev>
						<Param_Name>1,3-Butadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43222   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpropane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43236   </Param_Code>
						<Param_Abbrev>2-Ethyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Ethyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43237   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43239   </Param_Code>
						<Param_Abbrev>Cis-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43241   </Param_Code>
						<Param_Abbrev>Undecane</Param_Abbrev>
						<Param_Name>Undecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43245   </Param_Code>
						<Param_Abbrev>1-Hexene</Param_Abbrev>
						<Param_Name>1-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43255   </Param_Code>
						<Param_Abbrev>Dodecane</Param_Abbrev>
						<Param_Name>Dodecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43269   </Param_Code>
						<Param_Abbrev>Cyclohexene</Param_Abbrev>
						<Param_Name>Cyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43271   </Param_Code>
						<Param_Abbrev>Trans-3-Heptene</Param_Abbrev>
						<Param_Name>Trans-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43272   </Param_Code>
						<Param_Abbrev>Cis-3-Heptene</Param_Abbrev>
						<Param_Name>Cis-3-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43273   </Param_Code>
						<Param_Abbrev>Trans-2-Heptene</Param_Abbrev>
						<Param_Name>Trans-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43276   </Param_Code>
						<Param_Abbrev>Camphene</Param_Abbrev>
						<Param_Name>Camphene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43277   </Param_Code>
						<Param_Abbrev>2,2,5-Trimethylhexane</Param_Abbrev>
						<Param_Name>2,2,5-Trimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43278   </Param_Code>
						<Param_Abbrev>Cis-2-Octene</Param_Abbrev>
						<Param_Name>Cis-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43279   </Param_Code>
						<Param_Abbrev>1-Nonene</Param_Abbrev>
						<Param_Name>1-Nonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43282   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43286   </Param_Code>
						<Param_Abbrev>Cis-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43287   </Param_Code>
						<Param_Abbrev>Trans-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43293   </Param_Code>
						<Param_Abbrev>2,4-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,4-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43298   </Param_Code>
						<Param_Abbrev>1-Decene</Param_Abbrev>
						<Param_Name>1-Decene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43299   </Param_Code>
						<Param_Abbrev>1-Undecene</Param_Abbrev>
						<Param_Name>1-Undecene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43328   </Param_Code>
						<Param_Abbrev>1-Heptene</Param_Abbrev>
						<Param_Name>1-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43372   </Param_Code>
						<Param_Abbrev>MTBE</Param_Abbrev>
						<Param_Name>Methyl Tert-Butyl Ether</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43378   </Param_Code>
						<Param_Abbrev>1-Methylcyclohexene</Param_Abbrev>
						<Param_Name>1-Methylcyclohexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43803   </Param_Code>
						<Param_Abbrev>Chloroform</Param_Abbrev>
						<Param_Name>Chloroform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43804   </Param_Code>
						<Param_Abbrev>Carbontetrachloride</Param_Abbrev>
						<Param_Name>Carbontetrachloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43805   </Param_Code>
						<Param_Abbrev>Dibromomethane</Param_Abbrev>
						<Param_Name>Dibromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43806   </Param_Code>
						<Param_Abbrev>Bromoform</Param_Abbrev>
						<Param_Name>Bromoform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43812   </Param_Code>
						<Param_Abbrev>Chloroethane</Param_Abbrev>
						<Param_Name>Chloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43813   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethane</Param_Abbrev>
						<Param_Name>1,1-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43815   </Param_Code>
						<Param_Abbrev>1,2-Dichloroethane</Param_Abbrev>
						<Param_Name>1,2-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43816   </Param_Code>
						<Param_Abbrev>Cis-1,2-Dichloroethylene</Param_Abbrev>
						<Param_Name>Cis-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43817   </Param_Code>
						<Param_Abbrev>Tetrachloroethylene</Param_Abbrev>
						<Param_Name>Tetrachloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43818   </Param_Code>
						<Param_Abbrev>1,1,2,2-Tetrachloroethane</Param_Abbrev>
						<Param_Name>1,1,2,2-Tetrachloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43819   </Param_Code>
						<Param_Abbrev>Bromomethane</Param_Abbrev>
						<Param_Name>Bromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43820   </Param_Code>
						<Param_Abbrev>1,1,2-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,2-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43824   </Param_Code>
						<Param_Abbrev>Trichloroethylene</Param_Abbrev>
						<Param_Name>Trichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43826   </Param_Code>
						<Param_Abbrev>1,1-Dichloroethylene</Param_Abbrev>
						<Param_Name>1,1-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43827   </Param_Code>
						<Param_Abbrev>Trans-1,2-Dichloroethylen</Param_Abbrev>
						<Param_Name>Trans-1,2-Dichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43828   </Param_Code>
						<Param_Abbrev>Bromodichloromethane</Param_Abbrev>
						<Param_Name>Bromodichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.08</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43829   </Param_Code>
						<Param_Abbrev>1,2-Dichloropropane</Param_Abbrev>
						<Param_Name>1,2-Dichloropropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43832   </Param_Code>
						<Param_Abbrev>Dibromochloromethane</Param_Abbrev>
						<Param_Name>Dibromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43836   </Param_Code>
						<Param_Abbrev>Bromochloromethane</Param_Abbrev>
						<Param_Name>Bromochloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43860   </Param_Code>
						<Param_Abbrev>VCM</Param_Abbrev>
						<Param_Name>Vinyl Chloride Monomer</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43952   </Param_Code>
						<Param_Abbrev>Indane</Param_Abbrev>
						<Param_Name>Indane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.45</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43955   </Param_Code>
						<Param_Abbrev>2,5-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,5-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43959   </Param_Code>
						<Param_Abbrev>1-Methylcyclopentene</Param_Abbrev>
						<Param_Name>1-Methylcyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.25</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45213   </Param_Code>
						<Param_Abbrev>4-Ethyltoluene</Param_Abbrev>
						<Param_Name>4-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45214   </Param_Code>
						<Param_Abbrev>N-Butylbenzene</Param_Abbrev>
						<Param_Name>n-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45215   </Param_Code>
						<Param_Abbrev>Tert-Butylbenzene</Param_Abbrev>
						<Param_Name>Tert-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45216   </Param_Code>
						<Param_Abbrev>Sec-Butylbenzene</Param_Abbrev>
						<Param_Name>Sec-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.35</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45225   </Param_Code>
						<Param_Abbrev>1,2,3-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,3-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45226   </Param_Code>
						<Param_Abbrev>Iso-Butylbenzene</Param_Abbrev>
						<Param_Name>Iso-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45251   </Param_Code>
						<Param_Abbrev>1,3-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,3-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45259   </Param_Code>
						<Param_Abbrev>1,4-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,4-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45801   </Param_Code>
						<Param_Abbrev>Chlorobenzene</Param_Abbrev>
						<Param_Name>Chlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45805   </Param_Code>
						<Param_Abbrev>1,2-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,2-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45806   </Param_Code>
						<Param_Abbrev>1,3-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,3-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45807   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,4-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45810   </Param_Code>
						<Param_Abbrev>1,2,4-Trichlorobenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.13</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0001   </Param_Code>
						<Param_Abbrev>1,2-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,2-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0002   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobutane</Param_Abbrev>
						<Param_Name>1,4-Dichlorobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0003   </Param_Code>
						<Param_Abbrev>1-Octene</Param_Abbrev>
						<Param_Name>1-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0004   </Param_Code>
						<Param_Abbrev>1-Propyne</Param_Abbrev>
						<Param_Name>1-Propyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.27</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0005   </Param_Code>
						<Param_Abbrev>2,2,3-Trimethylbutane</Param_Abbrev>
						<Param_Name>2,2,3-Trimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0006   </Param_Code>
						<Param_Abbrev>2,2-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,2-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0007   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0008   </Param_Code>
						<Param_Abbrev>2,5-Dimethylheptane</Param_Abbrev>
						<Param_Name>2,5-Dimethylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0009   </Param_Code>
						<Param_Abbrev>2-Ethyltoluene</Param_Abbrev>
						<Param_Name>2-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0010   </Param_Code>
						<Param_Abbrev>3,6-Dimethyloctane</Param_Abbrev>
						<Param_Name>3,6-Dimethyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0011   </Param_Code>
						<Param_Abbrev>3-Ethyltoluene</Param_Abbrev>
						<Param_Name>3-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0012   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0013   </Param_Code>
						<Param_Abbrev>3-Methyloctane</Param_Abbrev>
						<Param_Name>3-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0014   </Param_Code>
						<Param_Abbrev>4-Methylheptane</Param_Abbrev>
						<Param_Name>4-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0015   </Param_Code>
						<Param_Abbrev>4-Methyloctane</Param_Abbrev>
						<Param_Name>4-Methyloctane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0016   </Param_Code>
						<Param_Abbrev>Bromotrichloromethane</Param_Abbrev>
						<Param_Name>Bromotrichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.06</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0017   </Param_Code>
						<Param_Abbrev>Chloromethane</Param_Abbrev>
						<Param_Name>Chloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0018   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0019   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Cis-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0020   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0021   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclo</Param_Abbrev>
						<Param_Name>Cis-1,4/T-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0022   </Param_Code>
						<Param_Abbrev>Cis-2-Heptene</Param_Abbrev>
						<Param_Name>Cis-2-Heptene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.43</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0023   </Param_Code>
						<Param_Abbrev>Decane</Param_Abbrev>
						<Param_Name>Decane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0024   </Param_Code>
						<Param_Abbrev>Dichloromethane</Param_Abbrev>
						<Param_Name>Dichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0025   </Param_Code>
						<Param_Abbrev>EDB</Param_Abbrev>
						<Param_Name>EDB</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0026   </Param_Code>
						<Param_Abbrev>Ethylbromide</Param_Abbrev>
						<Param_Name>Ethylbromide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0027   </Param_Code>
						<Param_Abbrev>Freon11</Param_Abbrev>
						<Param_Name>Freon11</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0028   </Param_Code>
						<Param_Abbrev>Freon12</Param_Abbrev>
						<Param_Name>Freon12</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0029   </Param_Code>
						<Param_Abbrev>Freon22</Param_Abbrev>
						<Param_Name>Freon22</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0031   </Param_Code>
						<Param_Abbrev>Hexachlorobutadiene</Param_Abbrev>
						<Param_Name>Hexachlorobutadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0033   </Param_Code>
						<Param_Abbrev>Hexylbenzene</Param_Abbrev>
						<Param_Name>Hexylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0036   </Param_Code>
						<Param_Abbrev>P-Cymene</Param_Abbrev>
						<Param_Name>P-Cymene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0038   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0039   </Param_Code>
						<Param_Abbrev>1,3-Dichloropropene</Param_Abbrev>
						<Param_Name>Trans-1,3-Dichloropropene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.05</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0040   </Param_Code>
						<Param_Abbrev>1,4-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,4-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0041   </Param_Code>
						<Param_Abbrev>Trans-2-Octene</Param_Abbrev>
						<Param_Name>Trans-2-Octene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0042   </Param_Code>
						<Param_Abbrev>Trans-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0071   </Param_Code>
						<Param_Abbrev>Total VOCs</Param_Abbrev>
						<Param_Name>Total VOCs</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0100   </Param_Code>
						<Param_Abbrev>Benzlychloride</Param_Abbrev>
						<Param_Name>Benzlychloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0043   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0045   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0047   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0049   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0051   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0053   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0055   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0057   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0059   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0061   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0063   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0065   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0067   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0069   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81103   </Param_Code>
						<Param_Abbrev>PM2.5-10</Param_Abbrev>
						<Param_Name>PM2.5-10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>18</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0044   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0046   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0048   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0050   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0052   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0054   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0056   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium(Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0058   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0060   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0062   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0064   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0066   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0068   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0070   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>22.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>26.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1038</Station_ID>
			<Station_Name>Calgary East</Station_Name>
			<SiteStation_Code>02002</SiteStation_Code>
			<Station_Abbrev>CIMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>12</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63305   </Param_Code>
						<Param_Abbrev>RAD</Param_Abbrev>
						<Param_Name>Net Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1406</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1039</Station_ID>
			<Station_Name>Calgary Northwest</Station_Name>
			<SiteStation_Code>02003</SiteStation_Code>
			<Station_Abbrev>CRMU</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.056</Method_Param_Min>
							<Method_Param_Max>6.766</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>6</Method_Param_Min>
							<Method_Param_Max>3198</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.33</Method_Param_Min>
							<Method_Param_Max>7.56</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>44.39</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>5.412</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.004</Method_Param_Min>
							<Method_Param_Max>0.847</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>0.883</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0095</Method_Param_Min>
							<Method_Param_Max>8.48</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.018</Method_Param_Min>
							<Method_Param_Max>2.565</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.047</Method_Param_Min>
							<Method_Param_Max>5.543</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>8.567</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70.83</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.423</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.582</Method_Param_Min>
							<Method_Param_Max>2.403</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.727</Method_Param_Min>
							<Method_Param_Max>1.63</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0006</Method_Param_Min>
							<Method_Param_Max>0.0226</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0416</Method_Param_Min>
							<Method_Param_Max>0.0398</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1872</Method_Param_Min>
							<Method_Param_Max>99.7904</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.2516</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.1705</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.1826</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.3943</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.4535</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.6586</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.8178</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0206</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0007</Method_Param_Min>
							<Method_Param_Max>0.4942</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>12403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (TSP)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1040</Station_ID>
			<Station_Name>Kananaskis</Station_Name>
			<SiteStation_Code>02015</SiteStation_Code>
			<Station_Abbrev>KANA</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.014</Method_Param_Min>
							<Method_Param_Max>11.924</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>3</Method_Param_Min>
							<Method_Param_Max>3528</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.27</Method_Param_Min>
							<Method_Param_Max>7.91</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40.5</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>76.76</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>0.711</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.754</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>1.104</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>0.778</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.004</Method_Param_Min>
							<Method_Param_Max>2.52</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.021</Method_Param_Min>
							<Method_Param_Max>5.067</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.059</Method_Param_Min>
							<Method_Param_Max>6.902</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>93</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.347</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.087</Method_Param_Min>
							<Method_Param_Max>5.702</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.654</Method_Param_Min>
							<Method_Param_Max>1.631</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0007</Method_Param_Min>
							<Method_Param_Max>0.0454</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0139</Method_Param_Min>
							<Method_Param_Max>0.0653</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0936</Method_Param_Min>
							<Method_Param_Max>110.0877</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1149</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0657</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0713</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.1126</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.8733</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.9604</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0008</Method_Param_Min>
							<Method_Param_Max>1.6277</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0683</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.5129</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1041</Station_ID>
			<Station_Name>Esther</Station_Name>
			<SiteStation_Code>02021</SiteStation_Code>
			<Station_Abbrev>ESTH</Station_Abbrev>
			<Station_Owner>EC</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62103   </Param_Code>
						<Param_Abbrev>DEWPT</Param_Abbrev>
						<Param_Name>Dewpoint Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-75</Method_Param_Min>
							<Method_Param_Max>32</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>64101   </Param_Code>
						<Param_Abbrev>BP</Param_Abbrev>
						<Param_Name>Barometric Pressure</Param_Name>
						<Method_Information>
							<Method_Param_Min>700</Method_Param_Min>
							<Method_Param_Max>1050</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>B0</Unit_Stored>
								<Unit_Reported>B0</Unit_Reported>
								<Unit_Abbrev>mb</Unit_Abbrev>
								<Unit_Name>millibars</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>B0</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1.3332</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1042</Station_ID>
			<Station_Name>Springbank</Station_Name>
			<SiteStation_Code>02022</SiteStation_Code>
			<Station_Abbrev>SPBK</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>


			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1043</Station_ID>
			<Station_Name>Beaverlodge (AENV)</Station_Name>
			<SiteStation_Code>03015</SiteStation_Code>
			<Station_Abbrev>BVLG</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>0.512</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>4</Method_Param_Min>
							<Method_Param_Max>3228</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4</Method_Param_Min>
							<Method_Param_Max>7.53</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>51.6</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>91.49</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.77</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.008</Method_Param_Min>
							<Method_Param_Max>1.311</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>0.512</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>1.154</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.011</Method_Param_Min>
							<Method_Param_Max>3.491</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.035</Method_Param_Min>
							<Method_Param_Max>7.913</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.038</Method_Param_Min>
							<Method_Param_Max>6.68</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.646</Method_Param_Min>
							<Method_Param_Max>102.93</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.004</Method_Param_Min>
							<Method_Param_Max>0.447</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.435</Method_Param_Min>
							<Method_Param_Max>3.116</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.54</Method_Param_Min>
							<Method_Param_Max>2.453</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0003</Method_Param_Min>
							<Method_Param_Max>0.0104</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0016</Method_Param_Min>
							<Method_Param_Max>0.016</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1248</Method_Param_Min>
							<Method_Param_Max>100.7265</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.0386</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.1021</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0421</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.119</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.1776</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0016</Method_Param_Min>
							<Method_Param_Max>0.277</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>0.5571</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0174</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0005</Method_Param_Min>
							<Method_Param_Max>0.1074</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>5</Collection_Type>

				<Collection_Abbrev>DryDep</Collection_Abbrev>

				<Collection_Name>Dry Deposition</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>27.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6218.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.5</Method_Param_Min>
							<Method_Param_Max>9.9</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150.2</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>5</Method_Param_Min>
							<Method_Param_Max>138.2</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.8</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>16.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>24.4</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>7.5</Method_Param_Min>
							<Method_Param_Max>133</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.3</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>146.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0094   </Param_Code>
						<Param_Abbrev>Ra</Param_Abbrev>
						<Param_Name>Aerodynamic Resistance</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C4</Unit_Stored>
								<Unit_Reported>C4</Unit_Reported>
								<Unit_Abbrev>s/m</Unit_Abbrev>
								<Unit_Name>seconds per meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0095   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Sublayer Resistance</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C4</Unit_Stored>
								<Unit_Reported>C4</Unit_Reported>
								<Unit_Abbrev>s/m</Unit_Abbrev>
								<Unit_Name>seconds per meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0097   </Param_Code>
						<Param_Abbrev>Vd</Param_Abbrev>
						<Param_Name>Deposition Velocity</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>12</Unit_Stored>
								<Unit_Reported>12</Unit_Reported>
								<Unit_Abbrev>m/s</Unit_Abbrev>
								<Unit_Name>meters per second</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0098   </Param_Code>
						<Param_Abbrev>HNO3 Dep</Param_Abbrev>
						<Param_Name>Nitric Acid Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A00</Method_Code>
							<Method_Abbrev>annular denuder</Method_Abbrev>
							<Method_Name>IDEF code for gaseous and particulate concentration and deposition  from annular denuder</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0099   </Param_Code>
						<Param_Abbrev>HNO2 Dep</Param_Abbrev>
						<Param_Name>Nitrous Acid Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A00</Method_Code>
							<Method_Abbrev>annular denuder</Method_Abbrev>
							<Method_Name>IDEF code for gaseous and particulate concentration and deposition  from annular denuder</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17210   </Param_Code>
						<Param_Abbrev>Anthanthrene</Param_Abbrev>
						<Param_Name>Anthanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17212   </Param_Code>
						<Param_Abbrev>Perylene</Param_Abbrev>
						<Param_Name>Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0072   </Param_Code>
						<Param_Abbrev>1-Me-Pyrene</Param_Abbrev>
						<Param_Name>1-Me-Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0073   </Param_Code>
						<Param_Abbrev>2-Me-Cholanthrene</Param_Abbrev>
						<Param_Name>2-Me-Cholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0074   </Param_Code>
						<Param_Abbrev>2-Me-Fluorene</Param_Abbrev>
						<Param_Name>2-Me-Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0075   </Param_Code>
						<Param_Abbrev>7-Me-Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>7-Me-Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0076   </Param_Code>
						<Param_Abbrev>Benzo(A)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(A)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0077   </Param_Code>
						<Param_Abbrev>Benzo(B)Chrysene</Param_Abbrev>
						<Param_Name>Benzo(B)Chrysene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0078   </Param_Code>
						<Param_Abbrev>Benzo(B)Fluorene</Param_Abbrev>
						<Param_Name>Benzo(B)Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0079   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Fluoranthene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0080   </Param_Code>
						<Param_Abbrev>Total PAHs</Param_Abbrev>
						<Param_Name>Total Polycyclic Aromatic Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84102   </Param_Code>
						<Param_Abbrev>Sb</Param_Abbrev>
						<Param_Name>Antimony (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84103   </Param_Code>
						<Param_Abbrev>As</Param_Abbrev>
						<Param_Name>Arsenic (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84124   </Param_Code>
						<Param_Abbrev>Ga</Param_Abbrev>
						<Param_Name>Gallium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84131   </Param_Code>
						<Param_Abbrev>In</Param_Abbrev>
						<Param_Name>Indium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84142   </Param_Code>
						<Param_Abbrev>Hg</Param_Abbrev>
						<Param_Name>Mercury (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84146   </Param_Code>
						<Param_Abbrev>La</Param_Abbrev>
						<Param_Name>Lanthanum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84151   </Param_Code>
						<Param_Abbrev>Pd</Param_Abbrev>
						<Param_Name>Palladium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84154   </Param_Code>
						<Param_Abbrev>Se</Param_Abbrev>
						<Param_Name>Selinium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84160   </Param_Code>
						<Param_Abbrev>Sn</Param_Abbrev>
						<Param_Name>Tin (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84165   </Param_Code>
						<Param_Abbrev>Si</Param_Abbrev>
						<Param_Name>Silicon (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84169   </Param_Code>
						<Param_Abbrev>S</Param_Abbrev>
						<Param_Name>Sulphur (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84173   </Param_Code>
						<Param_Abbrev>Tl</Param_Abbrev>
						<Param_Name>Thallum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84176   </Param_Code>
						<Param_Abbrev>Rb</Param_Abbrev>
						<Param_Name>Rubidium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84183   </Param_Code>
						<Param_Abbrev>Y</Param_Abbrev>
						<Param_Name>Yttrium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84185   </Param_Code>
						<Param_Abbrev>Zr</Param_Abbrev>
						<Param_Name>Zirconium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84201   </Param_Code>
						<Param_Abbrev>Br</Param_Abbrev>
						<Param_Name>Bromide (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0043   </Param_Code>
						<Param_Abbrev>Bi</Param_Abbrev>
						<Param_Name>Bismuth (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0045   </Param_Code>
						<Param_Abbrev>Ce</Param_Abbrev>
						<Param_Name>Cerium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0047   </Param_Code>
						<Param_Abbrev>Cs</Param_Abbrev>
						<Param_Name>Cesium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0049   </Param_Code>
						<Param_Abbrev>Cl</Param_Abbrev>
						<Param_Name>Chlorine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0051   </Param_Code>
						<Param_Abbrev>Ge</Param_Abbrev>
						<Param_Name>Germanium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0053   </Param_Code>
						<Param_Abbrev>I</Param_Abbrev>
						<Param_Name>Iodine (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0055   </Param_Code>
						<Param_Abbrev>Nd</Param_Abbrev>
						<Param_Name>Neodymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0057   </Param_Code>
						<Param_Abbrev>Nb</Param_Abbrev>
						<Param_Name>Niobium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0059   </Param_Code>
						<Param_Abbrev>Pr</Param_Abbrev>
						<Param_Name>Praseo-Dymium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0061   </Param_Code>
						<Param_Abbrev>Sc</Param_Abbrev>
						<Param_Name>Scandium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0063   </Param_Code>
						<Param_Abbrev>Na+</Param_Abbrev>
						<Param_Name>Sodium Ion (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0065   </Param_Code>
						<Param_Abbrev>Ta</Param_Abbrev>
						<Param_Name>Tantalum (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0067   </Param_Code>
						<Param_Abbrev>Te</Param_Abbrev>
						<Param_Name>Tellurium (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0069   </Param_Code>
						<Param_Abbrev>W</Param_Abbrev>
						<Param_Name>Tungsten (Pm2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>22.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>82403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>26.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1044</Station_ID>
			<Station_Name>High Prairie</Station_Name>
			<SiteStation_Code>03016</SiteStation_Code>
			<Station_Abbrev>HIPR</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.046</Method_Param_Min>
							<Method_Param_Max>9.33</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>7</Method_Param_Min>
							<Method_Param_Max>1967</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.72</Method_Param_Min>
							<Method_Param_Max>8.01</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.77</Method_Param_Min>
							<Method_Param_Max>22.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>8.02</Method_Param_Min>
							<Method_Param_Max>58.87</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>3.03</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.018</Method_Param_Min>
							<Method_Param_Max>4.215</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.618</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.013</Method_Param_Min>
							<Method_Param_Max>3.615</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.024</Method_Param_Min>
							<Method_Param_Max>2.19</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.023</Method_Param_Min>
							<Method_Param_Max>3.675</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.076</Method_Param_Min>
							<Method_Param_Max>6.045</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>2.8</Method_Param_Min>
							<Method_Param_Max>96.3</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.023</Method_Param_Min>
							<Method_Param_Max>0.142</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.562</Method_Param_Min>
							<Method_Param_Max>3.77</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.802</Method_Param_Min>
							<Method_Param_Max>1.315</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0004</Method_Param_Min>
							<Method_Param_Max>0.0072</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0058</Method_Param_Min>
							<Method_Param_Max>0.0111</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.2184</Method_Param_Min>
							<Method_Param_Max>61.3783</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.0265</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0402</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0177</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0316</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0004</Method_Param_Min>
							<Method_Param_Max>0.06</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.2407</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0016</Method_Param_Min>
							<Method_Param_Max>0.3985</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0007</Method_Param_Min>
							<Method_Param_Max>0.0067</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0006</Method_Param_Min>
							<Method_Param_Max>0.1626</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1045</Station_ID>
			<Station_Name>Fort Vermilion</Station_Name>
			<SiteStation_Code>03017</SiteStation_Code>
			<Station_Abbrev>FTVM</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.028</Method_Param_Min>
							<Method_Param_Max>23.177</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>7</Method_Param_Min>
							<Method_Param_Max>2382</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.5</Method_Param_Min>
							<Method_Param_Max>8.19</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>2</Method_Param_Min>
							<Method_Param_Max>125.1</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>55.15</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.005</Method_Param_Min>
							<Method_Param_Max>1.631</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.011</Method_Param_Min>
							<Method_Param_Max>1.527</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.009</Method_Param_Min>
							<Method_Param_Max>1.083</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>2.534</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>1.993</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>2.81</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.018</Method_Param_Min>
							<Method_Param_Max>1.915</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>2.75</Method_Param_Min>
							<Method_Param_Max>84.9</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.013</Method_Param_Min>
							<Method_Param_Max>0.879</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.752</Method_Param_Min>
							<Method_Param_Max>2.834</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.746</Method_Param_Min>
							<Method_Param_Max>1.422</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0006</Method_Param_Min>
							<Method_Param_Max>0.0283</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0688</Method_Param_Min>
							<Method_Param_Max>0.0235</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.2184</Method_Param_Min>
							<Method_Param_Max>74.3279</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.1146</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.3143</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0852</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.1875</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.4596</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.453</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0008</Method_Param_Min>
							<Method_Param_Max>0.7171</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.2027</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>1.379</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1046</Station_ID>
			<Station_Name>Royal Park</Station_Name>
			<SiteStation_Code>05013</SiteStation_Code>
			<Station_Abbrev>RLPK</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61107   </Param_Code>
						<Param_Abbrev>Std Dev Vt Wnd Dir</Param_Abbrev>
						<Param_Name>Std Dev Vertical Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61109   </Param_Code>
						<Param_Abbrev>VERTWSP</Param_Abbrev>
						<Param_Name>Vertical Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>26</Unit_Stored>
								<Unit_Reported>26</Unit_Reported>
								<Unit_Abbrev>cm/s</Unit_Abbrev>
								<Unit_Name>Centimeters per Second at 2 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61113   </Param_Code>
						<Param_Abbrev>WSP 2m</Param_Abbrev>
						<Param_Name>Wind Speed at 2m</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>21</Unit_Stored>
								<Unit_Reported>21</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 2 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61114   </Param_Code>
						<Param_Abbrev>WDR 2m</Param_Abbrev>
						<Param_Name>Wind Direction at 2m</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>24</Unit_Stored>
								<Unit_Reported>24</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>Degrees at 2 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62103   </Param_Code>
						<Param_Abbrev>DEWPT</Param_Abbrev>
						<Param_Name>Dewpoint Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-75</Method_Param_Min>
							<Method_Param_Max>32</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62106   </Param_Code>
						<Param_Abbrev>DELTAT</Param_Abbrev>
						<Param_Name>Delta Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-2</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63305   </Param_Code>
						<Param_Abbrev>RAD</Param_Abbrev>
						<Param_Name>Net Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>-300</Method_Param_Min>
							<Method_Param_Max>1406</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>38</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>40</Unit_Stored>
								<Unit_Reported>40</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Net Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.019</Method_Param_Min>
							<Method_Param_Max>3.834</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>1</Method_Param_Min>
							<Method_Param_Max>5182</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.53</Method_Param_Min>
							<Method_Param_Max>7.39</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>2.83</Method_Param_Min>
							<Method_Param_Max>32.7</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.1</Method_Param_Min>
							<Method_Param_Max>75.14</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.006</Method_Param_Min>
							<Method_Param_Max>0.798</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.006</Method_Param_Min>
							<Method_Param_Max>0.616</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.598</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>1.247</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.014</Method_Param_Min>
							<Method_Param_Max>2.405</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.177</Method_Param_Min>
							<Method_Param_Max>5.897</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.114</Method_Param_Min>
							<Method_Param_Max>7.508</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.32</Method_Param_Min>
							<Method_Param_Max>93.65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.041</Method_Param_Min>
							<Method_Param_Max>0.188</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.621</Method_Param_Min>
							<Method_Param_Max>3.189</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.772</Method_Param_Min>
							<Method_Param_Max>1.393</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0001</Method_Param_Min>
							<Method_Param_Max>0.014</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0022</Method_Param_Min>
							<Method_Param_Max>0.014</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0124</Method_Param_Min>
							<Method_Param_Max>69.7721</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0475</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0621</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0412</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.124</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.196</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0013</Method_Param_Min>
							<Method_Param_Max>0.3791</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0006</Method_Param_Min>
							<Method_Param_Max>0.737</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0005</Method_Param_Min>
							<Method_Param_Max>0.0286</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.2142</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17224   </Param_Code>
						<Param_Abbrev>Benzo(E)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(E)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81103   </Param_Code>
						<Param_Abbrev>PM2.5-10</Param_Abbrev>
						<Param_Name>PM2.5-10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>C</Collection_Type>

				<Collection_Abbrev>PM10</Collection_Abbrev>

				<Collection_Name>PM10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>004</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>dichot</Method_Name>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>E</Collection_Type>

				<Collection_Abbrev>TSP</Collection_Abbrev>

				<Collection_Name>TSP</Collection_Name>

					<Parameter_Information>


						<Param_Code>11101   </Param_Code>
						<Param_Abbrev>TSP</Param_Abbrev>
						<Param_Name>Total Suspended Particulates</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>091</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1047</Station_ID>
			<Station_Name>Red Deer (Penhold)</Station_Name>
			<SiteStation_Code>05015</SiteStation_Code>
			<Station_Abbrev>RDDR1</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6218.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.5</Method_Param_Min>
							<Method_Param_Max>9.9</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150.2</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>138.2</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.8</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>16.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>24.4</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.3</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>146.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1048</Station_ID>
			<Station_Name>Red Deer (AENV)</Station_Name>
			<SiteStation_Code>05023</SiteStation_Code>
			<Station_Abbrev>RDDR</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.044</Method_Param_Min>
							<Method_Param_Max>6.216</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>7</Method_Param_Min>
							<Method_Param_Max>2014</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.55</Method_Param_Min>
							<Method_Param_Max>7.5</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>57.8</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>115.07</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>2.831</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.001</Method_Param_Min>
							<Method_Param_Max>2.439</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.588</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>4.494</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.028</Method_Param_Min>
							<Method_Param_Max>7.379</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.192</Method_Param_Min>
							<Method_Param_Max>9.045</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.147</Method_Param_Min>
							<Method_Param_Max>9.991</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>67.59</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.006</Method_Param_Min>
							<Method_Param_Max>1.63</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.862</Method_Param_Min>
							<Method_Param_Max>2.729</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.738</Method_Param_Min>
							<Method_Param_Max>1.346</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0216</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0057</Method_Param_Min>
							<Method_Param_Max>0.0297</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.2184</Method_Param_Min>
							<Method_Param_Max>62.8449</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.1683</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0648</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0493</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.102</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>0.4182</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0045</Method_Param_Min>
							<Method_Param_Max>0.5353</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0017</Method_Param_Min>
							<Method_Param_Max>0.7774</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.0307</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0011</Method_Param_Min>
							<Method_Param_Max>0.3648</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1049</Station_ID>
			<Station_Name>Lethbridge</Station_Name>
			<SiteStation_Code>06001</SiteStation_Code>
			<Station_Abbrev>LBRG</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42604   </Param_Code>
						<Param_Abbrev>NH3</Param_Abbrev>
						<Param_Name>Ammonia</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>093</Method_Code>
							<Method_Abbrev>teom30</Method_Abbrev>
							<Method_Name>teom @ 30C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>450</Method_Param_Max>
							<Method_Code>094</Method_Code>
							<Method_Abbrev>teom30 FDMS</Method_Abbrev>
							<Method_Name>teom @ 30C with FDMS (self referencing)</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1050</Station_ID>
			<Station_Name>Suffield</Station_Name>
			<SiteStation_Code>06015</SiteStation_Code>
			<Station_Abbrev>SFLD</Station_Abbrev>
			<Station_Owner>AENV</Station_Owner>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.059</Method_Param_Min>
							<Method_Param_Max>3.521</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>11</Method_Param_Min>
							<Method_Param_Max>1449</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.22</Method_Param_Min>
							<Method_Param_Max>7.64</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>67.9</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>68.38</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>1.564</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.011</Method_Param_Min>
							<Method_Param_Max>2.073</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.012</Method_Param_Min>
							<Method_Param_Max>1.061</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>1.87</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.013</Method_Param_Min>
							<Method_Param_Max>7.109</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.266</Method_Param_Min>
							<Method_Param_Max>12.726</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.208</Method_Param_Min>
							<Method_Param_Max>7.838</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>98.41</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.006</Method_Param_Min>
							<Method_Param_Max>2.992</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.775</Method_Param_Min>
							<Method_Param_Max>2.286</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.744</Method_Param_Min>
							<Method_Param_Max>1.249</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0008</Method_Param_Min>
							<Method_Param_Max>0.0608</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0019</Method_Param_Min>
							<Method_Param_Max>0.0404</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.3432</Method_Param_Min>
							<Method_Param_Max>45.2146</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.0833</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0005</Method_Param_Min>
							<Method_Param_Max>0.2885</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.054</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.3066</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.9894</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0016</Method_Param_Min>
							<Method_Param_Max>0.4242</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0011</Method_Param_Min>
							<Method_Param_Max>0.4378</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.4164</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0005</Method_Param_Min>
							<Method_Param_Max>0.2786</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1051</Station_ID>
			<Station_Name>Hightower Ridge</Station_Name>
			<SiteStation_Code>11001</SiteStation_Code>
			<Station_Abbrev>HTWR</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43860   </Param_Code>
						<Param_Abbrev>VCM</Param_Abbrev>
						<Param_Name>Vinyl Chloride Monomer</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62</Method_Param_Max>
							<Method_Code>097</Method_Code>
							<Method_Abbrev>continuous gas</Method_Abbrev>
							<Method_Name>continuous gas chromatograph</Method_Name>
							<Unit_Info>
								<Unit_Stored>08</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62106   </Param_Code>
						<Param_Abbrev>DELTAT</Param_Abbrev>
						<Param_Name>Delta Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-2</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6250</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.5</Method_Param_Min>
							<Method_Param_Max>9.9</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>155</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>140</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.8</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>16.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.3</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>147</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17907   </Param_Code>
						<Param_Abbrev>Limonene</Param_Abbrev>
						<Param_Name>D-Limonene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42814   </Param_Code>
						<Param_Abbrev>1,1,1-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,1-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43202   </Param_Code>
						<Param_Abbrev>Ethane</Param_Abbrev>
						<Param_Name>Ethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43203   </Param_Code>
						<Param_Abbrev>Ethylene</Param_Abbrev>
						<Param_Name>Ethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>70</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43204   </Param_Code>
						<Param_Abbrev>Propane</Param_Abbrev>
						<Param_Name>Propane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2000</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43205   </Param_Code>
						<Param_Abbrev>Propylene</Param_Abbrev>
						<Param_Name>Propylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43206   </Param_Code>
						<Param_Abbrev>Acetylene</Param_Abbrev>
						<Param_Name>Acetylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43207   </Param_Code>
						<Param_Abbrev>Freon113</Param_Abbrev>
						<Param_Name>Freon 113</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43208   </Param_Code>
						<Param_Abbrev>Freon114</Param_Abbrev>
						<Param_Name>Freon114</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43210   </Param_Code>
						<Param_Abbrev>1-Butyne</Param_Abbrev>
						<Param_Name>1-Butyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43218   </Param_Code>
						<Param_Abbrev>1,3-Butadiene</Param_Abbrev>
						<Param_Name>1,3-Butadiene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43222   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpropane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpropane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.5</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43239   </Param_Code>
						<Param_Abbrev>Cis-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43241   </Param_Code>
						<Param_Abbrev>Undecane</Param_Abbrev>
						<Param_Name>Undecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43245   </Param_Code>
						<Param_Abbrev>1-Hexene</Param_Abbrev>
						<Param_Name>1-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43255   </Param_Code>
						<Param_Abbrev>Dodecane</Param_Abbrev>
						<Param_Name>Dodecane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43276   </Param_Code>
						<Param_Abbrev>Camphene</Param_Abbrev>
						<Param_Name>Camphene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43277   </Param_Code>
						<Param_Abbrev>2,2,5-Trimethylhexane</Param_Abbrev>
						<Param_Name>2,2,5-Trimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43286   </Param_Code>
						<Param_Abbrev>Cis-4-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-4-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43293   </Param_Code>
						<Param_Abbrev>2,4-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,4-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43803   </Param_Code>
						<Param_Abbrev>Chloroform</Param_Abbrev>
						<Param_Name>Chloroform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43804   </Param_Code>
						<Param_Abbrev>Carbontetrachloride</Param_Abbrev>
						<Param_Name>Carbontetrachloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43806   </Param_Code>
						<Param_Abbrev>Bromoform</Param_Abbrev>
						<Param_Name>Bromoform</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43812   </Param_Code>
						<Param_Abbrev>Chloroethane</Param_Abbrev>
						<Param_Name>Chloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43815   </Param_Code>
						<Param_Abbrev>1,2-Dichloroethane</Param_Abbrev>
						<Param_Name>1,2-Dichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43817   </Param_Code>
						<Param_Abbrev>Tetrachloroethylene</Param_Abbrev>
						<Param_Name>Tetrachloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43819   </Param_Code>
						<Param_Abbrev>Bromomethane</Param_Abbrev>
						<Param_Name>Bromomethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43820   </Param_Code>
						<Param_Abbrev>1,1,2-Trichloroethane</Param_Abbrev>
						<Param_Name>1,1,2-Trichloroethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43824   </Param_Code>
						<Param_Abbrev>Trichloroethylene</Param_Abbrev>
						<Param_Name>Trichloroethylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43860   </Param_Code>
						<Param_Abbrev>VCM</Param_Abbrev>
						<Param_Name>Vinyl Chloride Monomer</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43952   </Param_Code>
						<Param_Abbrev>Indane</Param_Abbrev>
						<Param_Name>Indane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.45</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43955   </Param_Code>
						<Param_Abbrev>2,5-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,5-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.3</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45213   </Param_Code>
						<Param_Abbrev>4-Ethyltoluene</Param_Abbrev>
						<Param_Name>4-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45214   </Param_Code>
						<Param_Abbrev>N-Butylbenzene</Param_Abbrev>
						<Param_Name>n-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45216   </Param_Code>
						<Param_Abbrev>Sec-Butylbenzene</Param_Abbrev>
						<Param_Name>Sec-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.35</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45225   </Param_Code>
						<Param_Abbrev>1,2,3-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,3-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45226   </Param_Code>
						<Param_Abbrev>Iso-Butylbenzene</Param_Abbrev>
						<Param_Name>Iso-Butylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45251   </Param_Code>
						<Param_Abbrev>1,3-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,3-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45259   </Param_Code>
						<Param_Abbrev>1,4-Diethylbenzene</Param_Abbrev>
						<Param_Name>1,4-Diethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45801   </Param_Code>
						<Param_Abbrev>Chlorobenzene</Param_Abbrev>
						<Param_Name>Chlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45807   </Param_Code>
						<Param_Abbrev>1,4-Dichlorobenzene</Param_Abbrev>
						<Param_Name>1,4-Dichlorobenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0004   </Param_Code>
						<Param_Abbrev>1-Propyne</Param_Abbrev>
						<Param_Name>1-Propyne</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0006   </Param_Code>
						<Param_Abbrev>2,2-Dimethylhexane</Param_Abbrev>
						<Param_Name>2,2-Dimethylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0007   </Param_Code>
						<Param_Abbrev>2,2-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,2-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0009   </Param_Code>
						<Param_Abbrev>2-Ethyltoluene</Param_Abbrev>
						<Param_Name>2-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0011   </Param_Code>
						<Param_Abbrev>3-Ethyltoluene</Param_Abbrev>
						<Param_Name>3-Ethyltoluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0012   </Param_Code>
						<Param_Abbrev>3-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>3-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0014   </Param_Code>
						<Param_Abbrev>4-Methylheptane</Param_Abbrev>
						<Param_Name>4-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0017   </Param_Code>
						<Param_Abbrev>Chloromethane</Param_Abbrev>
						<Param_Name>Chloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0018   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0020   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Cis-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0021   </Param_Code>
						<Param_Abbrev>1,3-Dimethylcyclo</Param_Abbrev>
						<Param_Name>Cis-1,4/T-1,3-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0023   </Param_Code>
						<Param_Abbrev>Decane</Param_Abbrev>
						<Param_Name>Decane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0024   </Param_Code>
						<Param_Abbrev>Dichloromethane</Param_Abbrev>
						<Param_Name>Dichloromethane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0027   </Param_Code>
						<Param_Abbrev>Freon11</Param_Abbrev>
						<Param_Name>Freon11</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0028   </Param_Code>
						<Param_Abbrev>Freon12</Param_Abbrev>
						<Param_Name>Freon12</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0029   </Param_Code>
						<Param_Abbrev>Freon22</Param_Abbrev>
						<Param_Name>Freon22</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.4</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0036   </Param_Code>
						<Param_Abbrev>P-Cymene</Param_Abbrev>
						<Param_Name>P-Cymene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0038   </Param_Code>
						<Param_Abbrev>1,2-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,2-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0040   </Param_Code>
						<Param_Abbrev>1,4-Dimethylcyclohexane</Param_Abbrev>
						<Param_Name>Trans-1,4-Dimethylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0042   </Param_Code>
						<Param_Abbrev>Trans-3-Methyl-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-3-Methyl-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1052</Station_ID>
			<Station_Name>Violet Grove</Station_Name>
			<SiteStation_Code>11002</SiteStation_Code>
			<Station_Abbrev>VLGR</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43102   </Param_Code>
						<Param_Abbrev>NMHC</Param_Abbrev>
						<Param_Name>Non-methane Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43201   </Param_Code>
						<Param_Abbrev>CH4</Param_Abbrev>
						<Param_Name>Methane</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62106   </Param_Code>
						<Param_Abbrev>DELTAT</Param_Abbrev>
						<Param_Name>Delta Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-2</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63305   </Param_Code>
						<Param_Abbrev>RAD</Param_Abbrev>
						<Param_Name>Net Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1406</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>38</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>40</Unit_Stored>
								<Unit_Reported>40</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Net Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1053</Station_ID>
			<Station_Name>Tomahawk</Station_Name>
			<SiteStation_Code>11003</SiteStation_Code>
			<Station_Abbrev>TMHK</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62106   </Param_Code>
						<Param_Abbrev>DELTAT</Param_Abbrev>
						<Param_Name>Delta Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-2</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1054</Station_ID>
			<Station_Name>Carrot Creek</Station_Name>
			<SiteStation_Code>11004</SiteStation_Code>
			<Station_Abbrev>CRCK</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62106   </Param_Code>
						<Param_Abbrev>DELTAT</Param_Abbrev>
						<Param_Name>Delta Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-2</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1055</Station_ID>
			<Station_Name>Steeper</Station_Name>
			<SiteStation_Code>11005</SiteStation_Code>
			<Station_Abbrev>STPR</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63305   </Param_Code>
						<Param_Abbrev>RAD</Param_Abbrev>
						<Param_Name>Net Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1406</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>38</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>40</Unit_Stored>
								<Unit_Reported>40</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Net Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63399   </Param_Code>
						<Param_Abbrev>PHOTORAD</Param_Abbrev>
						<Param_Name>Photosynthetic Active Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1056</Station_ID>
			<Station_Name>Hinton</Station_Name>
			<SiteStation_Code>11006</SiteStation_Code>
			<Station_Abbrev>HINT</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>43911   </Param_Code>
						<Param_Abbrev>TRS</Param_Abbrev>
						<Param_Name>Total Reduced Sulphur</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.5</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>350</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1057</Station_ID>
			<Station_Name>Genesee</Station_Name>
			<SiteStation_Code>11007</SiteStation_Code>
			<Station_Abbrev>GNSE</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42242   </Param_Code>
						<Param_Abbrev>TGM</Param_Abbrev>
						<Param_Name>Total Gaseous Mercury</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>084</Method_Code>
							<Method_Abbrev>Instrumental Tekrans</Method_Abbrev>
							<Method_Name>Instrumental Tekrans</Method_Name>
							<Unit_Info>
								<Unit_Stored>04</Unit_Stored>
								<Unit_Reported>04</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (0o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>7.664</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>2</Method_Param_Min>
							<Method_Param_Max>3000</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.5</Method_Param_Min>
							<Method_Param_Max>7.23</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>105.8</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>85.77</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.4</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5.419</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.008</Method_Param_Min>
							<Method_Param_Max>1.468</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.2</Method_Param_Min>
							<Method_Param_Max>20.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>103.96</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.049</Method_Param_Min>
							<Method_Param_Max>9.422</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>1.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.001</Method_Param_Min>
							<Method_Param_Max>0.017</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0009</Method_Param_Min>
							<Method_Param_Max>0.0287</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.312</Method_Param_Min>
							<Method_Param_Max>63</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2061</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2206</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1627</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2369</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1906</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.6982</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0013</Method_Param_Min>
							<Method_Param_Max>2.3347</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0512</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1058</Station_ID>
			<Station_Name>Meadows</Station_Name>
			<SiteStation_Code>11008</SiteStation_Code>
			<Station_Abbrev>MDWD</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42242   </Param_Code>
						<Param_Abbrev>TGM</Param_Abbrev>
						<Param_Name>Total Gaseous Mercury</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>084</Method_Code>
							<Method_Abbrev>Instrumental Tekrans</Method_Abbrev>
							<Method_Name>Instrumental Tekrans</Method_Name>
							<Unit_Info>
								<Unit_Stored>04</Unit_Stored>
								<Unit_Reported>04</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (0o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1059</Station_ID>
			<Station_Name>Power</Station_Name>
			<SiteStation_Code>11009</SiteStation_Code>
			<Station_Abbrev>POWR</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1060</Station_ID>
			<Station_Name>Wagner</Station_Name>
			<SiteStation_Code>11010</SiteStation_Code>
			<Station_Abbrev>WGNR</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1061</Station_ID>
			<Station_Name>Drayton Valley</Station_Name>
			<SiteStation_Code>11011</SiteStation_Code>
			<Station_Abbrev>DRVY</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.015</Method_Param_Min>
							<Method_Param_Max>2.79</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>14</Method_Param_Min>
							<Method_Param_Max>2201</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.39</Method_Param_Min>
							<Method_Param_Max>7.32</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.49</Method_Param_Min>
							<Method_Param_Max>29.7</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>9.41</Method_Param_Min>
							<Method_Param_Max>68.1</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.004</Method_Param_Min>
							<Method_Param_Max>0.557</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.009</Method_Param_Min>
							<Method_Param_Max>4.705</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>0.366</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.013</Method_Param_Min>
							<Method_Param_Max>0.789</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.007</Method_Param_Min>
							<Method_Param_Max>2.376</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.059</Method_Param_Min>
							<Method_Param_Max>2.881</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.147</Method_Param_Min>
							<Method_Param_Max>3.776</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>3.71</Method_Param_Min>
							<Method_Param_Max>86.22</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.069</Method_Param_Min>
							<Method_Param_Max>0.226</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.503</Method_Param_Min>
							<Method_Param_Max>3.259</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.604</Method_Param_Min>
							<Method_Param_Max>1.286</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0002</Method_Param_Min>
							<Method_Param_Max>0.026</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0223</Method_Param_Min>
							<Method_Param_Max>0.0376</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.4369</Method_Param_Min>
							<Method_Param_Max>68.68</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.0395</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.668</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0002</Method_Param_Min>
							<Method_Param_Max>0.0641</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.112</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0004</Method_Param_Min>
							<Method_Param_Max>0.4226</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0007</Method_Param_Min>
							<Method_Param_Max>0.6442</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0019</Method_Param_Min>
							<Method_Param_Max>1.1602</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0014</Method_Param_Min>
							<Method_Param_Max>0.0321</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0003</Method_Param_Min>
							<Method_Param_Max>0.3471</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1062</Station_ID>
			<Station_Name>Edson</Station_Name>
			<SiteStation_Code>11012</SiteStation_Code>
			<Station_Abbrev>EDSN</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1063</Station_ID>
			<Station_Name>Breton</Station_Name>
			<SiteStation_Code>11013</SiteStation_Code>
			<Station_Abbrev>Bret</Station_Abbrev>
			<Station_Owner>WCAS</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81102   </Param_Code>
						<Param_Abbrev>PM10</Param_Abbrev>
						<Param_Name>PM10 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1064</Station_ID>
			<Station_Name>Fort McMurray-Athabasca Valley</Station_Name>
			<SiteStation_Code>12001</SiteStation_Code>
			<Station_Abbrev>ATHB</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>11201   </Param_Code>
						<Param_Abbrev>COH</Param_Abbrev>
						<Param_Name>Coefficient of Haze</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>081</Method_Code>
							<Method_Abbrev>tape-sampler</Method_Abbrev>
							<Method_Name>tape-sampler</Method_Name>
							<Unit_Info>
								<Unit_Stored>09</Unit_Stored>
								<Unit_Reported>09</Unit_Reported>
								<Unit_Abbrev>coh units</Unit_Abbrev>
								<Unit_Name>coefficient of haze units/1000 linear feet</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42101   </Param_Code>
						<Param_Abbrev>CO</Param_Abbrev>
						<Param_Name>Carbon Monoxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>13</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43911   </Param_Code>
						<Param_Abbrev>TRS</Param_Abbrev>
						<Param_Name>Total Reduced Sulphur</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0093   </Param_Code>
						<Param_Abbrev>IQUA</Param_Abbrev>
						<Param_Name>Index of Quality of the Air</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.002</Method_Param_Min>
							<Method_Param_Max>7.664</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>2</Method_Param_Min>
							<Method_Param_Max>3905</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.07</Method_Param_Min>
							<Method_Param_Max>7.67</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>105.8</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>85.77</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.4</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5.419</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.008</Method_Param_Min>
							<Method_Param_Max>1.468</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.2</Method_Param_Min>
							<Method_Param_Max>20.3</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>103.96</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.049</Method_Param_Min>
							<Method_Param_Max>9.422</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>1.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0004</Method_Param_Min>
							<Method_Param_Max>0.0406</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0062</Method_Param_Min>
							<Method_Param_Max>0.052</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0624</Method_Param_Min>
							<Method_Param_Max>121.8516</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2061</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2206</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1627</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2369</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1906</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.6982</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0013</Method_Param_Min>
							<Method_Param_Max>2.3347</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0512</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.5</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.3</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.4</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>16749   </Param_Code>
						<Param_Abbrev>3-methylcholanthrene</Param_Abbrev>
						<Param_Name>3-methylcholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>16761   </Param_Code>
						<Param_Abbrev>7,12 Dimethylbenz[a]anthr</Param_Abbrev>
						<Param_Name>7,12 Dimethylbenz[a]anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17223   </Param_Code>
						<Param_Abbrev>Benzo[k]fluoranthene</Param_Abbrev>
						<Param_Name>Benzo[k]fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0118   </Param_Code>
						<Param_Abbrev>Acridine</Param_Abbrev>
						<Param_Name>Acridine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0119   </Param_Code>
						<Param_Abbrev>Benzo[c]phenanthrene</Param_Abbrev>
						<Param_Name>Benzo[c]phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0120   </Param_Code>
						<Param_Abbrev>Dibenzo[a,h]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,h]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0121   </Param_Code>
						<Param_Abbrev>Dibenzo[a,i]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,i]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0122   </Param_Code>
						<Param_Abbrev>Dibenzo[a,l]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,l]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84105   </Param_Code>
						<Param_Abbrev>Beryllium (PM2.5)</Param_Abbrev>
						<Param_Name>Beryllium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84179   </Param_Code>
						<Param_Abbrev>Uranium (PM2.5)</Param_Abbrev>
						<Param_Name>Uranium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84190   </Param_Code>
						<Param_Abbrev>Boron (PM2.5)</Param_Abbrev>
						<Param_Name>Boron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>83101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83105   </Param_Code>
						<Param_Abbrev>Beryllium (PM10)</Param_Abbrev>
						<Param_Name>Beryllium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83179   </Param_Code>
						<Param_Abbrev>Uranium (PM10)</Param_Abbrev>
						<Param_Name>Uranium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83190   </Param_Code>
						<Param_Abbrev>Boron (PM10)</Param_Abbrev>
						<Param_Name>Boron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84190   </Param_Code>
						<Param_Abbrev>Boron (PM2.5)</Param_Abbrev>
						<Param_Name>Boron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1065</Station_ID>
			<Station_Name>Fort McKay (WBEA)</Station_Name>
			<SiteStation_Code>12002</SiteStation_Code>
			<Station_Abbrev>FTMK</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43911   </Param_Code>
						<Param_Abbrev>TRS</Param_Abbrev>
						<Param_Name>Total Reduced Sulphur</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62102   </Param_Code>
						<Param_Abbrev>TEMP(10m)</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature (10m)</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>15</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>degrees C at 2 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62199   </Param_Code>
						<Param_Abbrev>SURFWET</Param_Abbrev>
						<Param_Name>Surface Wetness</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>28</Unit_Stored>
								<Unit_Reported>28</Unit_Reported>
								<Unit_Abbrev>percent of obs.</Unit_Abbrev>
								<Unit_Name>Percent of Observation</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62201   </Param_Code>
						<Param_Abbrev>RH</Param_Abbrev>
						<Param_Name>Relative Humidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>19</Unit_Stored>
								<Unit_Reported>19</Unit_Reported>
								<Unit_Abbrev>percent</Unit_Abbrev>
								<Unit_Name>Percent</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63301   </Param_Code>
						<Param_Abbrev>SOLARRAD</Param_Abbrev>
						<Param_Name>Solar Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>36</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>63305   </Param_Code>
						<Param_Abbrev>RAD</Param_Abbrev>
						<Param_Name>Net Radiation</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1406</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>35</Unit_Stored>
								<Unit_Reported>35</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>38</Unit_Stored>
								<Unit_Reported>38</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Solar Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>40</Unit_Stored>
								<Unit_Reported>40</Unit_Reported>
								<Unit_Abbrev>w/m2</Unit_Abbrev>
								<Unit_Name>Watts per Square Meter (Net Radiation)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65101   </Param_Code>
						<Param_Abbrev>STDCATCH</Param_Abbrev>
						<Param_Name>Catch of Standard Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>0A9</Method_Code>
							<Method_Abbrev>tipping bucket</Method_Abbrev>
							<Method_Name>tipping bucket</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>4</Collection_Type>

				<Collection_Abbrev>WetDep</Collection_Abbrev>

				<Collection_Name>Wet Deposition (Precip)</Collection_Name>

					<Parameter_Information>


						<Param_Code>22111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>25</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65301   </Param_Code>
						<Param_Abbrev>COLCATCH</Param_Abbrev>
						<Param_Name>Catch of Collector</Param_Name>
						<Method_Information>
							<Method_Param_Min>2</Method_Param_Min>
							<Method_Param_Max>3905</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B3</Unit_Stored>
								<Unit_Reported>B3</Unit_Reported>
								<Unit_Abbrev>ml</Unit_Abbrev>
								<Unit_Name>milliliters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65302   </Param_Code>
						<Param_Abbrev>pH</Param_Abbrev>
						<Param_Name>Precipitation pH</Param_Name>
						<Method_Information>
							<Method_Param_Min>4.07</Method_Param_Min>
							<Method_Param_Max>7.67</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>61</Unit_Stored>
								<Unit_Reported>61</Unit_Reported>
								<Unit_Abbrev>ph units</Unit_Abbrev>
								<Unit_Name>ph units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65303   </Param_Code>
						<Param_Abbrev>SPECCOND</Param_Abbrev>
						<Param_Name>Specific Conductance</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>105.8</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C3</Unit_Stored>
								<Unit_Reported>C3</Unit_Reported>
								<Unit_Abbrev>us/cm</Unit_Abbrev>
								<Unit_Name>microsiemens per centimeter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65306   </Param_Code>
						<Param_Abbrev>STNGACID</Param_Abbrev>
						<Param_Name>Strong Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>85.77</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65311   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7.7</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65312   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65313   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.8</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65316   </Param_Code>
						<Param_Abbrev>CL-</Param_Abbrev>
						<Param_Name>Chloride</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65318   </Param_Code>
						<Param_Abbrev>NH4</Param_Abbrev>
						<Param_Name>Ammonium</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65321   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>16.1</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65322   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>24.4</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65330   </Param_Code>
						<Param_Abbrev>TOTACID</Param_Abbrev>
						<Param_Name>Total Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>103.96</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>C5</Unit_Stored>
								<Unit_Reported>C5</Unit_Reported>
								<Unit_Abbrev>ue/l</Unit_Abbrev>
								<Unit_Name>microequivalents per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65390   </Param_Code>
						<Param_Abbrev>PO4</Param_Abbrev>
						<Param_Name>Ortho Phosphate</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B2</Unit_Stored>
								<Unit_Reported>B2</Unit_Reported>
								<Unit_Abbrev>mg/l</Unit_Abbrev>
								<Unit_Name>milligrams per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65395   </Param_Code>
						<Param_Abbrev>H+</Param_Abbrev>
						<Param_Name>Hydrogen Ion Concentration</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>65</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B5</Unit_Stored>
								<Unit_Reported>B5</Unit_Reported>
								<Unit_Abbrev>moles/l</Unit_Abbrev>
								<Unit_Name>moles per liter</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>T3</Unit_Stored>
								<Unit_Reported>T3</Unit_Reported>
								<Unit_Abbrev>mmoles/L</Unit_Abbrev>
								<Unit_Name>milli-moles per litre</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65401   </Param_Code>
						<Param_Abbrev>IONBAL</Param_Abbrev>
						<Param_Name>Ion Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.049</Method_Param_Min>
							<Method_Param_Max>9.422</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>65402   </Param_Code>
						<Param_Abbrev>CONDRATIO</Param_Abbrev>
						<Param_Name>Conductance Ratio</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>1.4</Method_Param_Max>
							<Method_Code>A81</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>IDEF code for precip vol,  pH, spec cond, st acid,  tot acid, ion bal, cond rat</Method_Name>
							<Unit_Info>
								<Unit_Stored>B7</Unit_Stored>
								<Unit_Reported>B7</Unit_Reported>
								<Unit_Abbrev>ratio</Unit_Abbrev>
								<Unit_Name>ratio</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0081   </Param_Code>
						<Param_Abbrev>EA</Param_Abbrev>
						<Param_Name>Effective Acidity</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0004</Method_Param_Min>
							<Method_Param_Max>0.0406</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0082   </Param_Code>
						<Param_Abbrev>PAI</Param_Abbrev>
						<Param_Name>Potential Acid Input</Param_Name>
						<Method_Information>
							<Method_Param_Min>-0.0062</Method_Param_Min>
							<Method_Param_Max>0.052</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A2</Unit_Stored>
								<Unit_Reported>A2</Unit_Reported>
								<Unit_Abbrev>kg/ha (h+)</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare (Hydrogen Ion Equivalent)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0083   </Param_Code>
						<Param_Abbrev>Precip Depth</Param_Abbrev>
						<Param_Name>Precipitation Depth (Calculated)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0624</Method_Param_Min>
							<Method_Param_Max>121.8516</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>B4</Unit_Stored>
								<Unit_Reported>B4</Unit_Reported>
								<Unit_Abbrev>mm</Unit_Abbrev>
								<Unit_Name>millimeters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0084   </Param_Code>
						<Param_Abbrev>Na Dep</Param_Abbrev>
						<Param_Name>Sodium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2061</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0085   </Param_Code>
						<Param_Abbrev>K Dep</Param_Abbrev>
						<Param_Name>Potassium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2206</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0086   </Param_Code>
						<Param_Abbrev>Mg Dep</Param_Abbrev>
						<Param_Name>Magnesium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1627</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0087   </Param_Code>
						<Param_Abbrev>Cl Dep</Param_Abbrev>
						<Param_Name>Chloride Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.2369</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0088   </Param_Code>
						<Param_Abbrev>NH4 Dep</Param_Abbrev>
						<Param_Name>Ammonium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1906</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0089   </Param_Code>
						<Param_Abbrev>NO3 Dep</Param_Abbrev>
						<Param_Name>Nitrate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0001</Method_Param_Min>
							<Method_Param_Max>0.6982</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0090   </Param_Code>
						<Param_Abbrev>SO4 Dep</Param_Abbrev>
						<Param_Name>Sulphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.0013</Method_Param_Min>
							<Method_Param_Max>2.3347</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0091   </Param_Code>
						<Param_Abbrev>PO4 Dep</Param_Abbrev>
						<Param_Name>Ortho Phosphate Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.0512</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0092   </Param_Code>
						<Param_Abbrev>Ca Dep</Param_Abbrev>
						<Param_Name>Calcium Deposition</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.5</Method_Param_Max>
							<Method_Code>082</Method_Code>
							<Method_Abbrev>precip</Method_Abbrev>
							<Method_Name>precip</Method_Name>
							<Unit_Info>
								<Unit_Stored>A3</Unit_Stored>
								<Unit_Reported>A3</Unit_Reported>
								<Unit_Abbrev>kg/ha</Unit_Abbrev>
								<Unit_Name>Kilograms per Hectare</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.5</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.3</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.4</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>16749   </Param_Code>
						<Param_Abbrev>3-methylcholanthrene</Param_Abbrev>
						<Param_Name>3-methylcholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>16761   </Param_Code>
						<Param_Abbrev>7,12 Dimethylbenz[a]anthr</Param_Abbrev>
						<Param_Name>7,12 Dimethylbenz[a]anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17223   </Param_Code>
						<Param_Abbrev>Benzo[k]fluoranthene</Param_Abbrev>
						<Param_Name>Benzo[k]fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0118   </Param_Code>
						<Param_Abbrev>Acridine</Param_Abbrev>
						<Param_Name>Acridine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0119   </Param_Code>
						<Param_Abbrev>Benzo[c]phenanthrene</Param_Abbrev>
						<Param_Name>Benzo[c]phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0120   </Param_Code>
						<Param_Abbrev>Dibenzo[a,h]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,h]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0121   </Param_Code>
						<Param_Abbrev>Dibenzo[a,i]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,i]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0122   </Param_Code>
						<Param_Abbrev>Dibenzo[a,l]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,l]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84105   </Param_Code>
						<Param_Abbrev>Beryllium (PM2.5)</Param_Abbrev>
						<Param_Name>Beryllium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84179   </Param_Code>
						<Param_Abbrev>Uranium (PM2.5)</Param_Abbrev>
						<Param_Name>Uranium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84190   </Param_Code>
						<Param_Abbrev>Boron (PM2.5)</Param_Abbrev>
						<Param_Name>Boron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>83101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83105   </Param_Code>
						<Param_Abbrev>Beryllium (PM10)</Param_Abbrev>
						<Param_Name>Beryllium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83179   </Param_Code>
						<Param_Abbrev>Uranium (PM10)</Param_Abbrev>
						<Param_Name>Uranium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>8.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83190   </Param_Code>
						<Param_Abbrev>Boron (PM10)</Param_Abbrev>
						<Param_Name>Boron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>11.9</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.5</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84190   </Param_Code>
						<Param_Abbrev>Boron (PM2.5)</Param_Abbrev>
						<Param_Name>Boron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1066</Station_ID>
			<Station_Name>Mildred Lake</Station_Name>
			<SiteStation_Code>12003</SiteStation_Code>
			<Station_Abbrev>MDLK</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1067</Station_ID>
			<Station_Name>Lower Camp B</Station_Name>
			<SiteStation_Code>12004</SiteStation_Code>
			<Station_Abbrev>LWRC</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61109   </Param_Code>
						<Param_Abbrev>VERTWSP</Param_Abbrev>
						<Param_Name>Vertical Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61110   </Param_Code>
						<Param_Abbrev>SDVWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Vertical Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>26</Unit_Stored>
								<Unit_Reported>26</Unit_Reported>
								<Unit_Abbrev>cm/s</Unit_Abbrev>
								<Unit_Name>Centimeters per Second at 2 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1068</Station_ID>
			<Station_Name>Buffalo Viewpoint</Station_Name>
			<SiteStation_Code>12005</SiteStation_Code>
			<Station_Abbrev>BFLV</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1069</Station_ID>
			<Station_Name>Mannix</Station_Name>
			<SiteStation_Code>12006</SiteStation_Code>
			<Station_Abbrev>MNNX</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61109   </Param_Code>
						<Param_Abbrev>VERTWSP</Param_Abbrev>
						<Param_Name>Vertical Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61110   </Param_Code>
						<Param_Abbrev>SDVWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Vertical Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>26</Unit_Stored>
								<Unit_Reported>26</Unit_Reported>
								<Unit_Abbrev>cm/s</Unit_Abbrev>
								<Unit_Name>Centimeters per Second at 2 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>

		</Station_Information>

		<Station_Information>

			<Station_ID>1070</Station_ID>
			<Station_Name>Fort McMurray-Patricia McInnes</Station_Name>
			<SiteStation_Code>12007</SiteStation_Code>
			<Station_Abbrev>PMFM</Station_Abbrev>
			<Station_Owner>WBEA</Station_Owner>
			<Collection_Information>

				<Collection_Type>1</Collection_Type>

				<Collection_Abbrev>HRLY</Collection_Abbrev>

				<Collection_Name>Continuous</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.17</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42402   </Param_Code>
						<Param_Abbrev>H2S</Param_Abbrev>
						<Param_Name>Hydrogen Sulphide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42601   </Param_Code>
						<Param_Abbrev>NO</Param_Abbrev>
						<Param_Name>Nitric Oxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42603   </Param_Code>
						<Param_Abbrev>NOX</Param_Abbrev>
						<Param_Name>Total Oxides Of Nitrogen</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1</Method_Param_Max>
							<Method_Code>014</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43101   </Param_Code>
						<Param_Abbrev>THC</Param_Abbrev>
						<Param_Name>Total Hydrocarbons</Param_Name>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>012</Method_Code>
							<Method_Abbrev>Calibrated with Methane</Method_Abbrev>
							<Method_Name>Calibrated with Methane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>1.4</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>013</Method_Code>
							<Method_Abbrev>Calibrated with Methane/Propane</Method_Abbrev>
							<Method_Name>Calibrated with Methane/Propane</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43911   </Param_Code>
						<Param_Abbrev>TRS</Param_Abbrev>
						<Param_Name>Total Reduced Sulphur</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.01</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>011</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61101   </Param_Code>
						<Param_Abbrev>WSP</Param_Abbrev>
						<Param_Name>Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61102   </Param_Code>
						<Param_Abbrev>WDR</Param_Abbrev>
						<Param_Name>Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>360</Method_Param_Max>
							<Method_Code>050</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61106   </Param_Code>
						<Param_Abbrev>STDWDIR</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Direction</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>180</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>14</Unit_Stored>
								<Unit_Reported>14</Unit_Reported>
								<Unit_Abbrev>deg</Unit_Abbrev>
								<Unit_Name>degrees at 10 meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>61111   </Param_Code>
						<Param_Abbrev>SDWSP</Param_Abbrev>
						<Param_Name>Std. Dev. of Wind Speed</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60</Method_Param_Max>
							<Method_Code>020</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>11</Unit_Stored>
								<Unit_Reported>11</Unit_Reported>
								<Unit_Abbrev>km/h</Unit_Abbrev>
								<Unit_Name>Kilometers per Hour at 10 Meters</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>62101   </Param_Code>
						<Param_Abbrev>TEMP</Param_Abbrev>
						<Param_Name>Outdoor Air Temperature</Param_Name>
						<Method_Information>
							<Method_Param_Min>-50</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>041</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>instrumental</Method_Name>
							<Unit_Info>
								<Unit_Stored>18</Unit_Stored>
								<Unit_Reported>18</Unit_Reported>
								<Unit_Abbrev>deg c</Unit_Abbrev>
								<Unit_Name>Degrees C</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>81104   </Param_Code>
						<Param_Abbrev>PM2.5</Param_Abbrev>
						<Param_Name>PM2.5 Mass</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>150</Method_Param_Max>
							<Method_Code>092</Method_Code>
							<Method_Abbrev>teom40</Method_Abbrev>
							<Method_Name>teom @ 40C</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0123   </Param_Code>
						<Param_Abbrev>AQI</Param_Abbrev>
						<Param_Name>Air Quality Index</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>A11</Method_Code>
							<Method_Abbrev>instrumental</Method_Abbrev>
							<Method_Name>Calculated </Method_Name>
							<Unit_Info>
								<Unit_Stored>C6</Unit_Stored>
								<Unit_Reported>C6</Unit_Reported>
								<Unit_Abbrev>null</Unit_Abbrev>
								<Unit_Name>no units</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>6</Collection_Type>

				<Collection_Abbrev>VOC</Collection_Abbrev>

				<Collection_Name>VOC</Collection_Name>

					<Parameter_Information>


						<Param_Code>43127   </Param_Code>
						<Param_Abbrev>1-Butene/Isobutene</Param_Abbrev>
						<Param_Name>1-Butene/Isobutene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43212   </Param_Code>
						<Param_Abbrev>Butane</Param_Abbrev>
						<Param_Name>Butane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>700</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43214   </Param_Code>
						<Param_Abbrev>Isobutane</Param_Abbrev>
						<Param_Name>Isobutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>1500</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43216   </Param_Code>
						<Param_Abbrev>Trans-2-Butene</Param_Abbrev>
						<Param_Name>Trans-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43217   </Param_Code>
						<Param_Abbrev>Cis-2-Butene</Param_Abbrev>
						<Param_Name>Cis-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43221   </Param_Code>
						<Param_Abbrev>Isopentane</Param_Abbrev>
						<Param_Name>Isopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>400</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43224   </Param_Code>
						<Param_Abbrev>1-Pentene</Param_Abbrev>
						<Param_Name>1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43225   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>5</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43226   </Param_Code>
						<Param_Abbrev>Trans-2-Pentene</Param_Abbrev>
						<Param_Name>Trans-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>6</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43227   </Param_Code>
						<Param_Abbrev>Cis-2-Pentene</Param_Abbrev>
						<Param_Name>Cis-2-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43228   </Param_Code>
						<Param_Abbrev>2-Methyl-2-Butene</Param_Abbrev>
						<Param_Name>2-Methyl-2-Butene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>12</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43230   </Param_Code>
						<Param_Abbrev>3-Methylpentane</Param_Abbrev>
						<Param_Name>3-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.5</Method_Param_Min>
							<Method_Param_Max>50</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43234   </Param_Code>
						<Param_Abbrev>4-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>4-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43242   </Param_Code>
						<Param_Abbrev>Cyclopentane</Param_Abbrev>
						<Param_Name>Cyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43243   </Param_Code>
						<Param_Abbrev>Isoprene</Param_Abbrev>
						<Param_Name>Isoprene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43244   </Param_Code>
						<Param_Abbrev>2,2-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,2-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43246   </Param_Code>
						<Param_Abbrev>2-Methyl-1-Pentene</Param_Abbrev>
						<Param_Name>2-Methyl-1-Pentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43247   </Param_Code>
						<Param_Abbrev>2,4-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,4-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43248   </Param_Code>
						<Param_Abbrev>Cyclohexane</Param_Abbrev>
						<Param_Name>Cyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43249   </Param_Code>
						<Param_Abbrev>3-Methylhexane</Param_Abbrev>
						<Param_Name>3-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43250   </Param_Code>
						<Param_Abbrev>2,2,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,2,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43252   </Param_Code>
						<Param_Abbrev>2,3,4-Trimethylpentane</Param_Abbrev>
						<Param_Name>2,3,4-Trimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43253   </Param_Code>
						<Param_Abbrev>3-Methylheptane</Param_Abbrev>
						<Param_Name>3-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43256   </Param_Code>
						<Param_Abbrev>A-Pinene</Param_Abbrev>
						<Param_Name>Alpha Pinene</Param_Name>
						<Method_Information>
							<Method_Param_Min></Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43257   </Param_Code>
						<Param_Abbrev>B-Pinine</Param_Abbrev>
						<Param_Name>B-Pinine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43261   </Param_Code>
						<Param_Abbrev>Methylcyclohexane</Param_Abbrev>
						<Param_Name>Methylcyclohexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43262   </Param_Code>
						<Param_Abbrev>Methylcyclopentane</Param_Abbrev>
						<Param_Name>Methylcyclopentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43263   </Param_Code>
						<Param_Abbrev>2-Methylhexane</Param_Abbrev>
						<Param_Name>2-Methylhexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43283   </Param_Code>
						<Param_Abbrev>Cyclopentene</Param_Abbrev>
						<Param_Name>Cyclopentene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43284   </Param_Code>
						<Param_Abbrev>2,3-Dimethylbutane</Param_Abbrev>
						<Param_Name>2,3-Dimethylbutane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43285   </Param_Code>
						<Param_Abbrev>2-Methylpentane</Param_Abbrev>
						<Param_Name>2-Methylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>90</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43289   </Param_Code>
						<Param_Abbrev>Trans-2-Hexene</Param_Abbrev>
						<Param_Name>Trans-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43290   </Param_Code>
						<Param_Abbrev>Cis-2-Hexene</Param_Abbrev>
						<Param_Name>Cis-2-Hexene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43291   </Param_Code>
						<Param_Abbrev>2,3-Dimethylpentane</Param_Abbrev>
						<Param_Name>2,3-Dimethylpentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>15</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43324   </Param_Code>
						<Param_Abbrev>1,2,4-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,2,4-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>43960   </Param_Code>
						<Param_Abbrev>2-Methylheptane</Param_Abbrev>
						<Param_Name>2-Methylheptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45109   </Param_Code>
						<Param_Abbrev>M/PXY</Param_Abbrev>
						<Param_Name>m,p-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.03</Method_Param_Min>
							<Method_Param_Max>100</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45201   </Param_Code>
						<Param_Abbrev>Benzene</Param_Abbrev>
						<Param_Name>Benzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.3</Method_Param_Min>
							<Method_Param_Max>20</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45202   </Param_Code>
						<Param_Abbrev>Toluene</Param_Abbrev>
						<Param_Name>Toluene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>200</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45203   </Param_Code>
						<Param_Abbrev>Ethylbenzene</Param_Abbrev>
						<Param_Name>Ethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.1</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45204   </Param_Code>
						<Param_Abbrev>OXYL</Param_Abbrev>
						<Param_Name>o-Xylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45207   </Param_Code>
						<Param_Abbrev>1,3,5-Trimethylbenzene</Param_Abbrev>
						<Param_Name>1,3,5-Trimethylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>9</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45209   </Param_Code>
						<Param_Abbrev>N-Propylbenzene</Param_Abbrev>
						<Param_Name>n-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.02</Method_Param_Min>
							<Method_Param_Max>7</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45210   </Param_Code>
						<Param_Abbrev>Iso-Propylbenzene</Param_Abbrev>
						<Param_Name>Iso-Propylbenzene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>45220   </Param_Code>
						<Param_Abbrev>Styrene</Param_Abbrev>
						<Param_Name>Styrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>40</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0030   </Param_Code>
						<Param_Abbrev>Heptane</Param_Abbrev>
						<Param_Name>Heptane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.05</Method_Param_Min>
							<Method_Param_Max>30</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0032   </Param_Code>
						<Param_Abbrev>Hexane</Param_Abbrev>
						<Param_Name>Hexane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.4</Method_Param_Min>
							<Method_Param_Max>80</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0034   </Param_Code>
						<Param_Abbrev>Nonane</Param_Abbrev>
						<Param_Name>Nonane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.04</Method_Param_Min>
							<Method_Param_Max>8</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0035   </Param_Code>
						<Param_Abbrev>Octane</Param_Abbrev>
						<Param_Name>Octane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0037   </Param_Code>
						<Param_Abbrev>Pentane</Param_Abbrev>
						<Param_Name>Pentane</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.8</Method_Param_Min>
							<Method_Param_Max>300</Method_Param_Max>
							<Method_Code>101</Method_Code>
							<Method_Abbrev>canister</Method_Abbrev>
							<Method_Name>canister</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>8</Collection_Type>

				<Collection_Abbrev>PAH</Collection_Abbrev>

				<Collection_Name>PAH</Collection_Name>

					<Parameter_Information>


						<Param_Code>16749   </Param_Code>
						<Param_Abbrev>3-methylcholanthrene</Param_Abbrev>
						<Param_Name>3-methylcholanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>16761   </Param_Code>
						<Param_Abbrev>7,12 Dimethylbenz[a]anthr</Param_Abbrev>
						<Param_Name>7,12 Dimethylbenz[a]anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17141   </Param_Code>
						<Param_Abbrev>Naphthalene</Param_Abbrev>
						<Param_Name>Naphthalene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17147   </Param_Code>
						<Param_Abbrev>Acenaphthene</Param_Abbrev>
						<Param_Name>Acenaphthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>60.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17148   </Param_Code>
						<Param_Abbrev>Acenaphthylene</Param_Abbrev>
						<Param_Name>Acenaphthylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>78.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17149   </Param_Code>
						<Param_Abbrev>Fluorene</Param_Abbrev>
						<Param_Name>Fluorene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>62.2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17150   </Param_Code>
						<Param_Abbrev>Phenanthrene</Param_Abbrev>
						<Param_Name>Phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>59.7</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17151   </Param_Code>
						<Param_Abbrev>Anthracene</Param_Abbrev>
						<Param_Name>Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17201   </Param_Code>
						<Param_Abbrev>Fluoranthene</Param_Abbrev>
						<Param_Name>Fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10.4</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17204   </Param_Code>
						<Param_Abbrev>Pyrene</Param_Abbrev>
						<Param_Name>Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>12.6</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17208   </Param_Code>
						<Param_Abbrev>Chrysene andTriphenylene</Param_Abbrev>
						<Param_Name>Chrysene and Triphenylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.9</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17215   </Param_Code>
						<Param_Abbrev>Benz(A)Anthracene</Param_Abbrev>
						<Param_Name>Benz(A)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.8</Method_Param_Max>
							<Method_Code>A96</Method_Code>
							<Method_Abbrev>hi-vol</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from hi-vol</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17223   </Param_Code>
						<Param_Abbrev>Benzo[k]fluoranthene</Param_Abbrev>
						<Param_Name>Benzo[k]fluoranthene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17225   </Param_Code>
						<Param_Abbrev>Benzo(B)And(K)Fluoranthen</Param_Abbrev>
						<Param_Name>Benzo(B)And(K)Fluoranthene </Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.5</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17231   </Param_Code>
						<Param_Abbrev>A,C/A,H</Param_Abbrev>
						<Param_Name>Dibenz(A,C) and (A,H)Anthracene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17237   </Param_Code>
						<Param_Abbrev>Benzo(G,H,I)Perylene</Param_Abbrev>
						<Param_Name>Benzo(G,H,I)Perylene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.1</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17242   </Param_Code>
						<Param_Abbrev>Benzo(A)Pyrene</Param_Abbrev>
						<Param_Name>Benzo(A)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2.3</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>17243   </Param_Code>
						<Param_Abbrev>Indeno(1,2,3-Cd)Pyrene</Param_Abbrev>
						<Param_Name>Indeno(1,2,3-Cd)Pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>2</Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0118   </Param_Code>
						<Param_Abbrev>Acridine</Param_Abbrev>
						<Param_Name>Acridine</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0119   </Param_Code>
						<Param_Abbrev>Benzo[c]phenanthrene</Param_Abbrev>
						<Param_Name>Benzo[c]phenanthrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0120   </Param_Code>
						<Param_Abbrev>Dibenzo[a,h]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,h]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0121   </Param_Code>
						<Param_Abbrev>Dibenzo[a,i]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,i]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>A0122   </Param_Code>
						<Param_Abbrev>Dibenzo[a,l]pyrene</Param_Abbrev>
						<Param_Name>Dibenzo[a,l]pyrene</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A10</Method_Code>
							<Method_Abbrev>PUF</Method_Abbrev>
							<Method_Name>IDEF code for PAHs from PUF</Method_Name>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>03</Unit_Stored>
								<Unit_Reported>03</Unit_Reported>
								<Unit_Abbrev>ng/m3</Unit_Abbrev>
								<Unit_Name>nanograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>9</Collection_Type>

				<Collection_Abbrev>PASS</Collection_Abbrev>

				<Collection_Name>Passive</Collection_Name>

					<Parameter_Information>


						<Param_Code>42401   </Param_Code>
						<Param_Abbrev>SO2</Param_Abbrev>
						<Param_Name>Sulphur Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>10</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>42602   </Param_Code>
						<Param_Abbrev>NO2</Param_Abbrev>
						<Param_Name>Nitrogen Dioxide</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.21</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>44201   </Param_Code>
						<Param_Abbrev>O3</Param_Abbrev>
						<Param_Name>Ozone</Param_Name>
						<Method_Information>
							<Method_Param_Min>0.01</Method_Param_Min>
							<Method_Param_Max>0.082</Method_Param_Max>
							<Method_Code>071</Method_Code>
							<Method_Abbrev>passive sampling device</Method_Abbrev>
							<Method_Name>passive sampling device</Method_Name>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>07</Unit_Reported>
								<Unit_Abbrev>ppm</Unit_Abbrev>
								<Unit_Name>parts per million (by volume)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
							<Unit_Info>
								<Unit_Stored>07</Unit_Stored>
								<Unit_Reported>08</Unit_Reported>
								<Unit_Abbrev>ppb</Unit_Abbrev>
								<Unit_Name>parts per billion (by volume)</Unit_Name>
								<Unit_Conv>0.001</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>A</Collection_Type>

				<Collection_Abbrev>PM25</Collection_Abbrev>

				<Collection_Name>PM2.5 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>84101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84105   </Param_Code>
						<Param_Abbrev>Beryllium (PM2.5)</Param_Abbrev>
						<Param_Name>Beryllium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84179   </Param_Code>
						<Param_Abbrev>Uranium (PM2.5)</Param_Abbrev>
						<Param_Name>Uranium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84180   </Param_Code>
						<Param_Abbrev>K</Param_Abbrev>
						<Param_Name>Potassium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84184   </Param_Code>
						<Param_Abbrev>Na</Param_Abbrev>
						<Param_Name>Sodium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>1.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84190   </Param_Code>
						<Param_Abbrev>Boron (PM2.5)</Param_Abbrev>
						<Param_Name>Boron (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max></Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84203   </Param_Code>
						<Param_Abbrev>Cl-</Param_Abbrev>
						<Param_Name>Chloride (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.6</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84301   </Param_Code>
						<Param_Abbrev>NH4+</Param_Abbrev>
						<Param_Name>Ammonium (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>14.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84306   </Param_Code>
						<Param_Abbrev>NO3</Param_Abbrev>
						<Param_Name>Nitrate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>21.7</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>84403   </Param_Code>
						<Param_Abbrev>SO4</Param_Abbrev>
						<Param_Name>Sulphate (PM2.5)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>23.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>

			</Collection_Information>
			<Collection_Information>

				<Collection_Type>B</Collection_Type>

				<Collection_Abbrev>PM25-10</Collection_Abbrev>

				<Collection_Name>PM2.5-10 Speciation</Collection_Name>

					<Parameter_Information>


						<Param_Code>83101   </Param_Code>
						<Param_Abbrev>Al</Param_Abbrev>
						<Param_Name>Aluminum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>4.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83105   </Param_Code>
						<Param_Abbrev>Beryllium (PM10)</Param_Abbrev>
						<Param_Name>Beryllium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83107   </Param_Code>
						<Param_Abbrev>Ba</Param_Abbrev>
						<Param_Name>Barium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83110   </Param_Code>
						<Param_Abbrev>Cd</Param_Abbrev>
						<Param_Name>Cadmium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83111   </Param_Code>
						<Param_Abbrev>Ca</Param_Abbrev>
						<Param_Name>Calcium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83112   </Param_Code>
						<Param_Abbrev>Cr</Param_Abbrev>
						<Param_Name>Chromium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83113   </Param_Code>
						<Param_Abbrev>Co</Param_Abbrev>
						<Param_Name>Cobalt (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83114   </Param_Code>
						<Param_Abbrev>Cu</Param_Abbrev>
						<Param_Name>Copper (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83126   </Param_Code>
						<Param_Abbrev>Fe</Param_Abbrev>
						<Param_Name>Iron (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83128   </Param_Code>
						<Param_Abbrev>Pb</Param_Abbrev>
						<Param_Name>Lead (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83132   </Param_Code>
						<Param_Abbrev>Mn</Param_Abbrev>
						<Param_Name>Manganese (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83134   </Param_Code>
						<Param_Abbrev>Mo</Param_Abbrev>
						<Param_Name>Molybdenum (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83136   </Param_Code>
						<Param_Abbrev>Ni</Param_Abbrev>
						<Param_Name>Nickel (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83140   </Param_Code>
						<Param_Abbrev>Mg</Param_Abbrev>
						<Param_Name>Magnesium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.4</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83152   </Param_Code>
						<Param_Abbrev>P</Param_Abbrev>
						<Param_Name>Phophorous (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.3</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83161   </Param_Code>
						<Param_Abbrev>Ti</Param_Abbrev>
						<Param_Name>Titanium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.2</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83164   </Param_Code>
						<Param_Abbrev>V</Param_Abbrev>
						<Param_Name>Vanadium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83166   </Param_Code>
						<Param_Abbrev>Ag</Param_Abbrev>
						<Param_Name>Silver (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83167   </Param_Code>
						<Param_Abbrev>Zn</Param_Abbrev>
						<Param_Name>Zinc (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Method_Abbrev>dichot</Method_Abbrev>
							<Method_Name>IDEF code for ions and elements from dichot</Method_Name>
							<Unit_Info>
								<Unit_Stored>01</Unit_Stored>
								<Unit_Reported>01</Unit_Reported>
								<Unit_Abbrev>ug/m3</Unit_Abbrev>
								<Unit_Name>micrograms per cubic meter (25o C 1013 millibars)</Unit_Name>
								<Unit_Conv>1</Unit_Conv>
							</Unit_Info>
						</Method_Information>

					</Parameter_Information>
					<Parameter_Information>


						<Param_Code>83168   </Param_Code>
						<Param_Abbrev>Sr</Param_Abbrev>
						<Param_Name>Strontium (PM10)</Param_Name>
						<Method_Information>
							<Method_Param_Min>0</Method_Param_Min>
							<Method_Param_Max>0.1</Method_Param_Max>
							<Method_Code>A92</Method_Code>
							<Met
