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Global Attributes:	featureType: trajectory data_info: Each variable is data from a single sensor, named as Species_ATom file prefix, possibly shortened. Example: CO2_NOAA_Picarro is the CO2 variable from the file NOAA-Picarro-CO2-CH4-CO_DC8_YYYYMMDD_R#.ict, where R# is the latest revision number valid on the date of the merge. uncertainty: See uncertainty information under group attributes; the 10s means given here would usually have smaller confidence intervals than 1 Hz data by factor 2-3. mission_name: ATom platform: NASA DC-8 aircraft project: Atmospheric Tomography Mission, Phase 2, January - February 2017 id: 10.3334/ORNLDAAC/1581 naming_authority: http://dx.doi.org/ institution: Harvard University creator_url: https://harvard.edu creator_email: wofsy@g.harvard.edu publisher_name: Oak Ridge National Laboratory (ORNL) Distributed Active Archive Center (DAAC) publisher_url: https://daac.ornl.gov publisher_email: uso@daac.ornl.gov citation: Wofsy, S.C., et al. 2018. ATom: Merged Atmospheric Chemistry, Trace Gases, and Aerosols. ORNL DAAC, Oak Ridge, Tennessee, USA. https://doi.org/10.3334/ORNLDAAC/1581 summary: This dataset provides information on greenhouse gases and human-produced air pollution, including atmospheric concentrations of carbon dioxide (CO2), methane (CH4), tropospheric ozone (O3) and black carbon (BC) aerosols, collected during airborne campaigns conducted by NASA's Atmospheric Tomography (ATom) mission. This dataset includes merged data from all instruments. A variety of merged file types have been created for each flight date. The merge files include additional data such as numbered profiles and distance flown. In the case of data obtained over longer time intervals (e.g. flask data), the merge files provide (weighted) averages of 1-second data to match the sampling intervals. ATom deploys an extensive gas and aerosol payload on the NASA DC-8 aircraft for systematic, global-scale sampling of the atmosphere, profiling continuously from 0.2 to 12 km altitude. Flights occurred in each of 4 seasons from 2016 to 2018. Flights originate from the Armstrong Flight Research Center in Palmdale, California, fly north to the western Arctic, south to the South Pacific, east to the Atlantic, north to Greenland, and return to California across central North America. ATom establishes a single, contiguous, global-scale dataset. This comprehensive dataset will be used to improve the representation of chemically reactive gases and short-lived climate forcers in global models of atmospheric chemistry and climate. Profiles of the reactive gases will also provide critical information for validation of satellite data, particularly in remote areas where in situ data is lacking. Complete aircraft flight information including, but not limited to, latitude, longitude, and altitude are also provided. This data release provides results from the ATom-1 and ATom-2 flight campaigns. Data from subsequent campaigns will be added when it is finalized. keywords: atmosphere > atmospheric chemistry > trace gases/trace species keywords_vocabulary: GCMD Science Keywords stipulations_on_use: Data available with no restrictions. Conventions: CF-1.6 title: merge of 1s ATom DC-8 data with WAS flask samples from ATom-2 on 2017-01-26 to 2017-02-21 flight_dates: 2017-01-26 2017-01-29 2017-02-01 2017-02-03 2017-02-05 2017-02-10 2017-02-13 2017-02-15 2017-02-18 2017-02-19 2017-02-21 ancillary_file_source: MER-WAS_DC8_20170126_R24.ict MMS-1HZ_DC8_20170126_R1.ict AMS_DC8_20170126_R1.ict AO2_DC8_20170126_R3_a.ict ATHOS-HOx_DC8_20170126_R5.ict ATHOS-OHI_DC8_20170126_R2.ict ATHOS-OHR_DC8_20170126_R2.ict CAFS-JV_DC8_20170126_R3.ict CIT-H2O2_DC8_20170126_R1.ict CIT-HCN_DC8_20170126_R1.ict CIT-HNO3_DC8_20170126_R1.ict CIT-MHP_DC8_20170126_R2.ict CIT-PAA_DC8_20170126_R1.ict CIT-PNA_DC8_20170126_R1.ict CIT-SO2_DC8_20170126_R2.ict Cloudindicator_DC8_20170126_R4.ict DLH-H2O_DC8_20170126_R2.ict GCECD_DC8_20170126_R1.ict GEOS5_DC8_20170126_R3.ict GMI_DC8_20170126_R2.ict GTCIMSPANS_DC8_20170126_R1.ict Hskping_DC8_20170126_R1.ict ISAF-H2CO_DC8_20170126_R3.ict Influences_DC8_20170126_R2.ict LASaerosol_DC8_20170126_R2.ict NAerosol_DC8_20170126_R3.ict NCoarseAerosol_DC8_20170126_R4.ict NOAA-Picarro-CO2-CH4-CO_DC8_20170126_R3.ict NOyO3-NO2PSS_DC8_20170126_R0.ict NOyO3-NO2_DC8_20170126_R1.ict NOyO3-NO_DC8_20170126_R1.ict NOyO3-NOxPSS_DC8_20170126_R0.ict NOyO3-NOy_DC8_20170126_R1.ict NOyO3-O3_DC8_20170126_R1.ict PALMS-Chem-Mass_DC8_20170126_R1.ict PALMS-PartType-Mass_DC8_20170126_R1.ict PALMS_DC8_20170126_R2.ict QCLS-CH4-CO-N2O_DC8_20170126_R4.ict QCLS-CO2_DC8_20170126_R3.ict SAGA-Abs_DC8_20170126_R0.ict SDAerosol_DC8_20170126_R1.ict SP2-BC_DC8_20170126_R2.ict UCATS-GC_DC8_20170126_R1.ict UCATS-H2O_DC8_20170126_R0.ict UCATS-O3_DC8_20170126_R2.ict MER-WAS_DC8_20170129_R21.ict MMS-1HZ_DC8_20170129_R1.ict AMS_DC8_20170129_R1.ict AO2_DC8_20170129_R3_a.ict ATHOS-HOx_DC8_20170129_R5.ict ATHOS-OHI_DC8_20170129_R2.ict ATHOS-OHR_DC8_20170129_R2.ict CAFS-JV_DC8_20170129_R3.ict CIT-MHP_DC8_20170129_R2.ict Cloudindicator_DC8_20170129_R4.ict DLH-H2O_DC8_20170129_R2.ict GCECD_DC8_20170129_R2.ict GCMSD_DC8_20170129_R0.ict 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NOyO3-NO2PSS_DC8_20170218_R0.ict NOyO3-NO2_DC8_20170218_R1.ict NOyO3-NO_DC8_20170218_R1.ict NOyO3-NOxPSS_DC8_20170218_R0.ict NOyO3-NOy_DC8_20170218_R1.ict NOyO3-O3_DC8_20170218_R1.ict PALMS-Chem-Mass_DC8_20170218_R1.ict PALMS-PartType-Mass_DC8_20170218_R1.ict PALMS_DC8_20170218_R2.ict QCLS-CH4-CO-N2O_DC8_20170218_R3.ict QCLS-CO2_DC8_20170218_R2.ict SAGA-Abs_DC8_20170218_R0.ict SDAerosol_DC8_20170218_R1.ict SP2-BC_DC8_20170218_R2.ict UCATS-GC_DC8_20170218_R1.ict UCATS-H2O_DC8_20170218_R0.ict UCATS-O3_DC8_20170218_R2.ict MER-WAS_DC8_20170219_R19.ict MMS-1HZ_DC8_20170219_R1.ict AMS_DC8_20170219_R1.ict AO2_DC8_20170219_R3_a.ict ATHOS-HOx_DC8_20170219_R5.ict ATHOS-OHI_DC8_20170219_R2.ict ATHOS-OHR_DC8_20170219_R2.ict CAFS-JV_DC8_20170219_R2.ict CIT-H2O2_DC8_20170219_R1.ict CIT-HCN_DC8_20170219_R1.ict CIT-HNO3_DC8_20170219_R1.ict CIT-MHP_DC8_20170219_R2.ict CIT-PAA_DC8_20170219_R1.ict CIT-PNA_DC8_20170219_R1.ict CIT-SO2_DC8_20170219_R2.ict Cloudindicator_DC8_20170219_R4.ict DLH-H2O_DC8_20170219_R2.ict GCECD_DC8_20170219_R0.ict GCMSD_DC8_20170219_R0.ict GEOS5_DC8_20170219_R3.ict GMI_DC8_20170219_R2.ict GTCIMSPANS_DC8_20170219_R0.ict Hskping_DC8_20170219_R1.ict ISAF-H2CO_DC8_20170219_R3.ict Influences_DC8_20170219_R2.ict LASaerosol_DC8_20170219_R2.ict NAerosol_DC8_20170219_R3.ict NCoarseAerosol_DC8_20170219_R4.ict NOAA-Picarro-CO2-CH4-CO_DC8_20170219_R2.ict NOyO3-NO2PSS_DC8_20170219_R0.ict NOyO3-NO2_DC8_20170219_R1.ict NOyO3-NO_DC8_20170219_R1.ict NOyO3-NOxPSS_DC8_20170219_R0.ict NOyO3-NOy_DC8_20170219_R1.ict NOyO3-O3_DC8_20170219_R1.ict PALMS-Chem-Mass_DC8_20170219_R1.ict PALMS-PartType-Mass_DC8_20170219_R1.ict PALMS_DC8_20170219_R2.ict QCLS-CH4-CO-N2O_DC8_20170219_R3.ict QCLS-CO2_DC8_20170219_R2.ict SAGA-Abs_DC8_20170219_R0.ict SDAerosol_DC8_20170219_R1.ict SP2-BC_DC8_20170219_R2.ict UCATS-GC_DC8_20170219_R1.ict UCATS-H2O_DC8_20170219_R0.ict UCATS-O3_DC8_20170219_R2.ict MER-WAS_DC8_20170221_R20.ict MMS-1HZ_DC8_20170221_R1.ict AMS_DC8_20170221_R1.ict AO2_DC8_20170221_R3_a.ict ATHOS-HOx_DC8_20170221_R4.ict ATHOS-OHI_DC8_20170221_R2.ict ATHOS-OHR_DC8_20170221_R2.ict CAFS-JV_DC8_20170221_R2.ict CIT-H2O2_DC8_20170221_R1.ict CIT-HCN_DC8_20170221_R1.ict CIT-HNO3_DC8_20170221_R1.ict CIT-MHP_DC8_20170221_R2.ict CIT-PAA_DC8_20170221_R1.ict CIT-PNA_DC8_20170221_R1.ict CIT-SO2_DC8_20170221_R2.ict Cloudindicator_DC8_20170221_R4.ict DLH-H2O_DC8_20170221_R2.ict GCECD_DC8_20170221_R0.ict GCMSD_DC8_20170221_R0.ict GEOS5_DC8_20170221_R3.ict GMI_DC8_20170221_R2.ict Hskping_DC8_20170221_R1.ict ISAF-H2CO_DC8_20170221_R3.ict Influences_DC8_20170221_R2.ict LASaerosol_DC8_20170221_R2.ict NAerosol_DC8_20170221_R3.ict NCoarseAerosol_DC8_20170221_R4.ict NOAA-Picarro-CO2-CH4-CO_DC8_20170221_R3.ict NOyO3-NO2PSS_DC8_20170221_R0.ict NOyO3-NO2_DC8_20170221_R1.ict NOyO3-NO_DC8_20170221_R1.ict NOyO3-NOxPSS_DC8_20170221_R0.ict NOyO3-NOy_DC8_20170221_R1.ict NOyO3-O3_DC8_20170221_R1.ict PALMS-Chem-Mass_DC8_20170221_R1.ict PALMS-PartType-Mass_DC8_20170221_R1.ict PALMS_DC8_20170221_R2.ict QCLS-CH4-CO-N2O_DC8_20170221_R3.ict QCLS-CO2_DC8_20170221_R2.ict SAGA-Abs_DC8_20170221_R0.ict SDAerosol_DC8_20170221_R0.ict SP2-BC_DC8_20170221_R2.ict UCATS-GC_DC8_20170221_R1.ict UCATS-H2O_DC8_20170221_R0.ict UCATS-O3_DC8_20170221_R2.ict MMS_PI_name: Bui, T. Paul MMS_PI_organization: NASA Ames Research Center MMS_description: MMS - Meteorological Measurement System MMS_PI_contact_info: NASA Ames Research Center, MS 245-5, Moffett Field, CA, 94035; email: thaopaul.v.bui@nasa.gov MMS_instrument_info: See https://earthscience.arc.nasa.gov/mms MMS_data_info: n/a MMS_uncertainty: The RMS accuracy of P and T are +/- 0.3 hPa and +/- 0.3K, respectively. The 1-sigma uncertainty of the 3-D wind vector is +/- 1.0 m/s. MMS_ulod_flag: -77777777 MMS_ulod_value: n/a MMS_llod_flag: -88888888 MMS_llod_value: n/a MMS_DM_contact_info: Jon Dean-Day, Bay Area Environmental Research Institute, 625 Second St. Suite 209, Petaluma, CA, 94952; email: jonathan.m.dean-day@nasa.gov MMS_other_comments: c:\atom\rawcv\d_170111.cvb MMS_revision: R2; R1: PRELIMINARY DATA; R2: REVISED DATA MMS_special_comment: 20170205: Temperatures prior to 83336.1 UTsec are corrected using slow thermometer. ; 20170218: Horizontal winds have been corrected by merging heading data from LN251 INU. ; AMS_PI_name: Jimenez, Jose Luis AMS_PI_organization: CIRES and Department of Chemistry, University of Colorado Boulder AMS_description: Chemically speciated submicron non-refractory particulate mass AMS_PI_contact_info: Jose-Luis Jimenez, jose.jimenez@colorado.edu, Address: University of Colorado UCB 216; CIRES Bldg., Boulder, CO 80309-0216, phone +1-303-492-3557, fax +1-303-492-1149 AMS_instrument_info: AMS_Type=V; Ionization_type=EI; AMS_SamplingTime: 1 s; AMS_SamplingCycle: Fast Mode, 6 s closed and 46 s open (+5 s PToF, reported under a different DataID) , 1 min synchronization clock; AMS_LensType=standard; AMS_LensPressure=1.50 Torr (actively controlled); AMS_FlowRate=92.5 sccm; AMS_PrsTempFlowCal: 273K, 1 bar; AMS_STPConversionFactor=StdtoVol_AMS; AMS_IEOverAB=6.75e-13; AMS_Calibrations: AN mass Calibration (400 nm particles) after every flight; Chloride and sulfate RIE, as well a PSL size calibration (100-900 nm), at regular intervals; AMS_FilEmmCurr = 1.4 mA (actively controlled); AMS_DAQType = ADQ_1600; AMS_RIENH4=3.42; AMS_RIESO4=1.63; AMS_RIEChl=1.85 (based on in-field calibrations); AMS_CE: Calculated using the algorithm from Middlebrook et al, AS&T, 46, 258–271, 2012 using 1 min data; AMS_PMCut= ~1 um vacuum aerodynamic, based on in-field calibration; AMS_InletRH: < 50%; AMS_PieberCorr=10.89% (as discussed in Pieber et al, ES&T 50 (19), pp 10494–10503 (2016)); AMS_HuCorr=1.37% (as discussed in Hu et al, AS&T, in press, 2017) AMS_data_info: Only brief explanations are provided here. Please refer to http://tinyurl.com/FAQ-AMS-Data for additional topics and more detailed explanations, and contact the PIs if in doubt. Both that web page and this header are updated regularly in response to questions from data users and/or new information about the instrument and data interpretation. All concentration data is reported under STP (273 K & 1013 mb); use provided conversion factor to calculate under ambient temperature and pressure. Note that several other definitions of standard conditions are in use by others in the community, and some groups and models report under ambient and not standard conditions--check carefully before comparing!! Data was taken on a 1 min clock with 6 s background and 46 s ambient measurements, reported in 1 s increments. The remaining time was either instrument overhead or was spent taking particle size segregated data (reported in a separate data id). Time base is corrected for inlet lag (about 0.4 s in the BL). Latitude, Longitude and GPS Altitude are provided (inlet lag adjusted) from the instruments' own GPS datafeed. All reported data (including the individual f_x marker fractions) are derived from fitting individual HR ions using PIKA 1.17C, and NOT by using the unit mass resolution (UMR) signal (“Squirrel” in AMS parlance). Unlike the aerosol species concentrations (extensive properties), all the variables (intensive properties) detailing the chemical composition of the organic fraction were thresholded for the organic detection limit to avoid averaging artifacts; the thresholded data should be averaged to slower time resolutions with OA mass weighting. Reported aerosol density is estimated for non-refractory material assuming an internally mixed aerosol, following the method of Salcedo et al, ACP 6, 925–946, 2006; the density of the organic fraction is estimated with the expression provided in Kuwata et al ES&T, 46, 787-794, 2012. Only species above DL are included in the density calculation. Atomic O/C, H/C and OA/OC ratios are reported using the new calibration proposed by Canagaratna, Jimenez et al. ACP 15, 253-272, 2015, which results in, on average, 28% higher O/C and 7% higher H/C ratios than using the Aiken et al ES&T 42, 4478–4485, 2008 method. Oxidation State of OA provided according to the approximate formula of Kroll et al, Nature Chemistry, 3, 133-139, 2011 using the new calibration described in Canagaratna, Jimenez et al. 2015. The molar ion balance of the inorganic species (“Ammonium Balance”) is provided as a rough proxy for aerosol acidity; we also provide a modeled pH product (reported in the final data) that is in general more meaningful. An IceFlag (based on AMS measurements of particulate water and Zinc) is included to identify periods when artifacts due to ice impaction on the inlet (not shared with the other aerosol instruments on the plane) were observed; in general, AMS data seems to be impacted to a much lesser extent by these artifacts than other instruments, but extra caution should be exercised when using data from these periods. An organic nitrate fraction is included as an experimental product (1 min resolution due to the lower signal-to-noise of this product), see Fry et al, ACP 13, 8585-8605, 2013 for details; organic nitrate fraction data is not reported during elevated dust or sea salt episodes that lead to significant interferences. In some cases the measured nitrate might also include nitrite, although the presence of nitrite in submicron aerosols is very unusual in our experience (see Guo et al., JGR 121, 10355-10376, 2016). AMS_uncertainty: Accuracy estimate (2sdev): Inorganics +/-34%, Organics +/-38%, dominated by uncertainty in particle collection efficiency due to particle bounce, and absolute and relative ionization efficiency, as estimated in Bahreini et al. JGR 114, D00F16, 2009. doi:10.1029/2008JD011493 (Supp. Info.). Precision error (1sdev) for each species is provided as a separate variable. Continuous detection Limits are estimated based on the method of Drewnick et al, AMT 2, 33-46, 2009 and were corrected by comparison with frequent, periodic blanks. AMS_ulod_flag: -7777 AMS_ulod_value: N/A AMS_llod_flag: -8888 AMS_llod_value: -9999, -9999, -9999, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888, -8888 AMS_DM_contact_info: Pedro Campuzano Jost, Pedro.CampuzanoJost-1@colorado.edu, Address: University of Colorado UCB 216; CIRES Bldg., Boulder, CO 80309-0216, phone +1-303-492-9599, fax +1-303-492-1149 AMS_other_comments: N/A AMS_revision: R1; R1: Final Data; R0: Preliminary Data. For in-field use only. AMS_special_comment: 20170129: Some EMI of unknown origin in this flight. Runs identified as affected have been removed ; 20170201: StdToVol variable missing T correction (no StaticP reported at time of posting). Small particle transmission was reduced for this flight, willl require further correction ; 20170203: StdToVol variable missing T correction (no StaticT reported at time of posting). ; 20170210: StdToVol correction does not include air temp, since it was not reported at time of submission ; 20170213: StdToVol correction does not include air temp, since it was not reported at time of submission ; 20170218: Some EMI interference on this flight, samples affected have been removed. ; AO2_PI_name: Stephens, Britton AO2_PI_organization: National Center for Atmospheric Research AO2_description: AO2 - NCAR Airborne Oxygen Instrument O2 and CO2 concentrations AO2_PI_contact_info: stephens@ucar.edu AO2_uncertainty: See AO2 readme file for further information AO2_instrument_info: N/A AO2_data_info: N/A AO2_DM_contact_info: stephens@ucar.edu AO2_ulod_flag: -7777 AO2_ulod_value: N/A AO2_llod_flag: -8888 AO2_llod_value: N/A AO2_revision: R3; R3: No comments for this revision, see AO2 readme file for further information; R2: No comments for this revision, see AO2 readme file for further information; R1: No comments for this revision, see AO2 readme file for further information; R0: No comments for this revision, see AO2 readme file for further information AO2_other_comments: Data are 1-second interpolated values from approximately 2.5-second raw data ATHOS-HOx_PI_name: Brune, William; Thames, Alexander; Miller, David; Brosius, Alexandra ATHOS-HOx_PI_organization: Penn State University ATHOS-HOx_description: ATHOS - Airborne Tropospheric Hydrogen Oxides Sensor ATHOS-HOx_PI_contact_info: Address: 503 Walker Building, University Park, PA 16802; email: whb2@psu.edu 814-865-3286 ATHOS-HOx_instrument_info: OH/HO2 from Laser Induced Fluorescence. ATHOS-HOx_data_info: Units are pptv for OH and HO2. ATHOS-HOx_uncertainty: HOx absolute accuracy ~+/- 35% (actually a multiplicative factor of 1/1.35 to 1.35), 2 sigma confidence. ATHOS-HOx_ulod_flag: -7777 ATHOS-HOx_ulod_value: N/A ATHOS-HOx_llod_flag: -8888 ATHOS-HOx_llod_value: N/A ATHOS-HOx_DM_contact_info: William H. Brune, Penn State, whb2@psu.edu; 814-865-3286 ATHOS-HOx_other_comments: Final Data. Future modifications to the calibration are possible but unlikely. - Calibrating ATHOS with the new OH-removing inlet (OHSI) has been difficult, particularly for low pressure (high altitude). - The ATHOS HOx calibrations are pressure-dependent, changing a factor of 3-5 over the atmospheric pressure range. - The laboratory calibration uses different inlet hole sizes to simulate atmospheric pressure changes. - For 2 years, we tried various calibration approaches with the OHSI in place, but none gave repeatable results for high altitude measurements. - In the laboratory calibrations, it proved to be impossible to simulate the atmospheric airflow with the OHSI on and the smaller inlet sizes. - In the end, we found that our previous calibration method gave the most repeatable and reliable results. - In-flight diagnostics show that OH loss on the OHSI is negligible. - For details, please see Faloona et al., J. Atmos. Chem., 47, 139-167, 2004. ATHOS-HOx_revision: R5; R5: Final Data (see OTHER_COMMENTS); R4: Final Data (see OTHER_COMMENTS); R3: Final Data (see OTHER_COMMENTS); R2: Final Data (see OTHER_COMMENTS); R1: Final Data; R0: No comments for this revision. ATHOS-OHI_PI_name: Brune, William; Thames, Alexander; Miller, David; Brosius, Alexandra ATHOS-OHI_PI_organization: Penn State University ATHOS-OHI_description: ATHOS - Airborne Tropospheric Hydrogen Oxides Sensor ATHOS-OHI_PI_contact_info: Address: 503 Walker Building, University Park, PA 16802; email: whb2@psu.edu 814-865-3286 ATHOS-OHI_instrument_info: Total OH is from Laser Induced Fluorescence; OH interference is the residual from chemical removal of ambient OH. ATHOS-OHI_data_info: Units are pptv for OH interference. ATHOS-OHI_uncertainty: OHI absolute accuracy ~+/- 35% (actually a multiplicative factor of 1/1.35 to 1.35), 2 sigma confidence. ATHOS-OHI_ulod_flag: -7777 ATHOS-OHI_ulod_value: N/A ATHOS-OHI_llod_flag: -8888 ATHOS-OHI_llod_value: N/A ATHOS-OHI_DM_contact_info: William H. Brune, Penn State, whb2@psu.edu; 814-865-3286 ATHOS-OHI_other_comments: Final Data. OH interference signals from individual 20 or 30 second periods have been averaged together for 150 seconds. - This averaging compensates for the noise introduced because OH and OH interference measurements are done sequentially, - and the OH interference signal is the residual of the chemical removal of ambient OH. - Small variations in ambient OH measurements can yield large (~110^6 cm^-3) variations in individual 20 or 30 second measurements. ATHOS-OHI_revision: R2; R2: Final Data (see OTHER_COMMENTS); R1: Final Data (see OTHER_COMMENTS); R0: Final Data (see OTHER_COMMENTS) ATHOS-OHR_PI_name: Brune, William; Thames, Alexander; Miller, David; Brosius, Alexandra ATHOS-OHR_PI_organization: Penn State University ATHOS-OHR_description: ATHOS - Airborne Tropospheric Hydrogen Oxides Sensor ATHOS-OHR_PI_contact_info: Address: 503 Walker Building, University Park, PA 16802; email: whb2@psu.edu 814-865-3286 ATHOS-OHR_instrument_info: OH Reactivity from discharge flow ATHOS-OHR_data_info: Units are: Kelvin for T, kPa for P, Hz for OHR. ATHOS-OHR_uncertainty: OHR measurement uncertainty +/- 15% at 2 sigma confidence, with +/- 0.8 s^-1 at 2 sigma confidence in the zero uncertainty. ATHOS-OHR_ulod_flag: -7777 ATHOS-OHR_ulod_value: N/A ATHOS-OHR_llod_flag: -8888 ATHOS-OHR_llod_value: N/A ATHOS-OHR_DM_contact_info: William H. Brune, Penn State, whb2@psu.edu; 814-865-3286 ATHOS-OHR_other_comments: Final Data. OH reactivity signals from individual 20 or 30 second scans have been added together for 60 seconds. - Summing these signals compensated for the signal decrease due to quenching in the humid air at lower altitudes. - By increasing signal counts, the statistical noise in the calculated decays was reduced. - Increasing the summation time to 120 seconds gave the same OH reactivity as the 60-second average to within 10%. - OHR flow tube T and p are needed to convert ambient modeled OH reactivity so that it can be compared to measured OH reactivity. - This conversion can double the modeled OH reactivity at cold, high altitudes, but has little effect at low altitudes. - For details, please see Mao et al., Atmos. Chem. Phys., 9, 163-173, 2009. ATHOS-OHR_revision: R2; R2: Final Data (see OTHER_COMMENTS); R1: Final Data (see OTHER_COMMENTS); R0: Final Data (see OTHER_COMMENTS) CAFS-JV_PI_name: Hall, Samuel R. (halls@ucar.edu) CAFS-JV_PI_organization: NCAR/ACOM/ARIM, https://www2.acom.ucar.edu/arim CAFS-JV_description: Photolysis Frequencies calculated from NCAR CAFS (CCD Actinic Flux Spectroradiometers) CAFS-JV_PI_contact_info: 303-497-1899, 3090 Center Green Dr, Boulder, CO, 80301, halls@ucar.edu CAFS-JV_instrument_info: CCD-based Actinic Flux Spectroradiometer CAFS-JV_data_info: Final Data CAFS-JV_uncertainty: -9999 CAFS-JV_ulod_flag: -7777 CAFS-JV_ulod_value: N/A CAFS-JV_llod_flag: -8888 CAFS-JV_llod_value: N/A CAFS-JV_DM_contact_info: Kirk Ullmann, ullmannk@ucar.edu, 303-497-1497 CAFS-JV_other_comments: Final Data CAFS-JV_revision: R3; R0: Field Data; R1: Field Data, revised headers; R2: Final Data; R3: Final Data, updated to NASA standard chemical names, jN2O5 updated, jO3_dnwFrac and jNO2_dnwFrac corrected CIT-H2O2_PI_name: Wennberg, Paul; Crounse, John CIT-H2O2_PI_organization: California Institute of Technology CIT-H2O2_description: Gas Phase Hydrogen Peroxide (H2O2, Molar Mass = 34) from DC8 CIT-H2O2_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-H2O2_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-H2O2_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-H2O2_uncertainty: +-(30% of measurement value + 50 pptv) CIT-H2O2_ulod_flag: -7777 CIT-H2O2_ulod_value: N/A CIT-H2O2_llod_flag: -8888 CIT-H2O2_llod_value: N/A CIT-H2O2_DM_contact_info: John Crounse. California Institute of Technology. Division of Geological and Planetary Sciences. MC 131-24. 1200 E. California Blvd. Pasadena, CA 91125. Phone: (626) 395-8655. Email: crounjd@caltech.edu. CIT-H2O2_other_comments: These data are final. 10 Hz data are available from PI. CIT-H2O2_revision: R1; R1: Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0. ****FINAL DATA*** CIT-HCN_PI_name: Wennberg, Paul; Crounse, John CIT-HCN_PI_organization: California Institute of Technology CIT-HCN_description: Gas Phase Hydrogen Cyanide (HCN, Molar Mass = 27) from DC8. CIT-HCN_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-HCN_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-HCN_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-HCN_uncertainty: +-(50% of measurement value + 50 pptv) CIT-HCN_ulod_flag: -7777 CIT-HCN_ulod_value: N/A CIT-HCN_llod_flag: -8888 CIT-HCN_llod_value: N/A CIT-HCN_DM_contact_info: John Crounse. California Institute of Technology. Division of Geological and Planetary Sciences. MC 131-24. 1200 E. California Blvd. Pasadena, CA 91125. Phone: (626) 395-8655. Email: crounjd@caltech.edu. CIT-HCN_other_comments: These data are final. 10 Hz data are available from PI. CIT-HCN_revision: R1; R1: Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0. ***FINAL DATA*** CIT-HNO3_PI_name: Wennberg, Paul; Crounse, John CIT-HNO3_PI_organization: California Institute of Technology CIT-HNO3_description: Gas Phase Nitric Acid (HNO3, Molar Mass = 63) from DC8 CIT-HNO3_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-HNO3_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-HNO3_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-HNO3_uncertainty: +-(30% of measurement value + 50 pptv) CIT-HNO3_ulod_flag: -7777 CIT-HNO3_ulod_value: N/A CIT-HNO3_llod_flag: -8888 CIT-HNO3_llod_value: N/A CIT-HNO3_DM_contact_info: John Crounse. California Institute of Technology. Division of Geological and Planetary Sciences. MC 131-24. 1200 E. California Blvd. Pasadena, CA 91125. Phone: (626) 395-8655. Email: crounjd@caltech.edu. CIT-HNO3_other_comments: These data are final. 10 Hz data are available from PI. CIT-HNO3_revision: R1; R1: Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0. ***FINAL DATA*** CIT-MHP_PI_name: Wennberg, P.O. CIT-MHP_PI_organization: California Institute of Technology CIT-MHP_description: Gas phase methyl hydrogen peroxide (CH3OOH) CIT-MHP_PI_contact_info: Address: California Institute of Technology. 1200 E. California Blvd, Pasadena, CA, 91125. Email: wennberg@gps.caltech.edu CIT-MHP_instrument_info: CIT-Triple-CIMS: Chemical Ionization Triple Quadrupole Mass Spectrometer. Direct measurements of methyl hydrogen peroxide (MHP) vapor in air. CIT-MHP_data_info: Measurements are reported as 1 second averages every 10-15 seconds and in units of parts per trillion. CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. Mixing ratio are calculated by fraction of standard addition of an isotopic label. Absolute calibration based on FT-IR cross section of 3.20e-19 cm^2 molecule-1 at 2963.8 cm-1 (Niki et al.,1983) CIT-MHP_uncertainty: 25 pptv [+-30% of measurement]. Accuracy is humidity dependent. CIT-MHP_ulod_flag: -7777 CIT-MHP_ulod_value: N/A CIT-MHP_llod_flag: -8888 CIT-MHP_llod_value: N/A CIT-MHP_DM_contact_info: Michelle J. Kim, mjk@caltech.edu M/C 131-24 1200 E. California Blvd. Pasadena, CA 91125. CIT-MHP_other_comments: Final Data. CIT-MHP_revision: R2; R2: Revision 2 resolves bug in R1 dilution factor.; R1: Revision 1 data computed as fraction of labeled standard addition. CIT-PAA_PI_name: Wennberg, Paul; Crounse, John CIT-PAA_PI_organization: California Institute of Technology CIT-PAA_description: Gas Phase Peroxyacetic Acid (C2O3H4, Molar Mass = 76) from DC8. CIT-PAA_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-PAA_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-PAA_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-PAA_uncertainty: +-(50% of measurement value + 30 pptv) CIT-PAA_ulod_flag: -7777 CIT-PAA_ulod_value: N/A CIT-PAA_llod_flag: -8888 CIT-PAA_llod_value: N/A CIT-PAA_DM_contact_info: John Crounse. California Institute of Technology. Division of Geological and Planetary Sciences. MC 131-24. 1200 E. California Blvd. Pasadena, CA 91125. Phone: (626) 395-8655. Email: crounjd@caltech.edu. CIT-PAA_other_comments: These data are final. 10 Hz data are available from PI. CIT-PAA_revision: R1; R1: Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0. ***FINAL DATA*** CIT-PNA_PI_name: Wennberg, Paul; Crounse, John CIT-PNA_PI_organization: California Institute of Technology CIT-PNA_description: Gas Phase Peroxynitric Acid (HO2NO2, Molar Mass = 79) from DC8. CIT-PNA_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-PNA_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-PNA_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). CAUTION: Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-PNA_uncertainty: +-(30% of measurement value + 100 pptv) CIT-PNA_ulod_flag: -7777 CIT-PNA_ulod_value: N/A CIT-PNA_llod_flag: -8888 CIT-PNA_llod_value: N/A CIT-PNA_DM_contact_info: John Crounse. California Institute of Technology. Division of Geological and Planetary Sciences. MC 131-24. 1200 E. California Blvd. Pasadena, CA 91125. Phone: (626) 395-8655. Email: crounjd@caltech.edu. CIT-PNA_other_comments: These data are final. 10 Hz data are available from PI. CIT-PNA_revision: R1; R1: Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0. ***FINAL DATA***** CIT-SO2_PI_name: Wennberg, Paul; Crounse, John CIT-SO2_PI_organization: California Institute of Technology CIT-SO2_description: Gas Phase Sulfur Dioxide (SO2, Molar Mass = 64) from DC8. CIT-SO2_PI_contact_info: Address: California Institute of Technology. MC 131-24. 1200 E. California Blvd, Pasadena, CA, 91125. Phone: (626) 395-2447. Email: wennberg@gps.caltech.edu. CIT-SO2_instrument_info: CIT-ToF-CIMS: Chemical Ionization Time of Flight Mass Spectrometer. Direct measurements in ambient air. CIT-SO2_data_info: Measurements are reported as 1 second averages and in units of parts per trillion volume (pptv). Do not extrapolate data outside of given time interval as these are discrete measurements. CIT-SO2_uncertainty: Due to changing sensitivity with water and temperature, we provide pointwise one sigma uncertainty and precision as separate variables. The uncertainty is calculatd by propagating the uncertainties with (1) high resolution fitting, (2) water-dependent sensitivity, (3) T-dependent sensitivity, and adding the variation in instrument zero. The precision is calculated from the variation of 10Hz measurement. CIT-SO2_ulod_flag: -7777 CIT-SO2_ulod_value: N/A CIT-SO2_llod_flag: -8888 CIT-SO2_llod_value: N/A CIT-SO2_DM_contact_info: Lu Xu. California Institute of Technology. Division of Geological and Planetary Sciences. 1200 E. California Blvd. Pasadena, CA 91125. MC 131-24. Phone: (404)661 8182. Email: luxu@caltech.edu. CIT-SO2_other_comments: These data are final. 10 Hz data are available from PI. Personnel to notify upon use of this data include: Lu Xu (luxu@caltech.edu), John D. Crounse (crounjd@caltech.edu), and Paul O. Wennberg (wennberg@gps.caltech.edu). CIT-SO2_revision: R2; R1:Final Data Revision 1. Water correction has been applied using DLH water. Reduction code 1.0.; R2: Final Data Revision 2. Water and T corrections have been applied using DLH water. Analysis based on high-resolution peak-fitting of SO2 product ions. Cloudindicator_PI_name: Bernadett Weinzierl, Maximilian Dollner Cloudindicator_PI_organization: University of Vienna, Faculty of Physics, Aerosol Physics and Environmental Physics Cloudindicator_description: Second generation Cloud, Aerosol, and Precipitation Spectrometer (CAPS) Cloudindicator_PI_contact_info: Email: bernadett.weinzierl@univie.ac.at Address: University of Vienna, Faculty of Physics, Aerosol Physics and Environmental Physics, Boltzmanngasse 5, 1090 Vienna, Austria Cloudindicator_instrument_info: N/A Cloudindicator_data_info: Cloudindicator: 0 = cloudfree, 1 = aerosol cloud transition regime (ACTR), 2 = liquid cloud, 3 = cloud in the mixed-phase temperature regime, 4 = cirrus cloud. To mask data inside clouds use cloudindicator values from 2 to 4. Cloudindicator_uncertainty: see PI Cloudindicator_ulod_flag: -7777 Cloudindicator_ulod_value: N/A Cloudindicator_llod_flag: -8888 Cloudindicator_llod_value: N/A Cloudindicator_DM_contact_info: Data Manager:Katja Drdla; email:Katja.Drdla@nasa.gov Cloudindicator_other_comments: Cloudindicator uses coarse mode aerosol data from CAPS (contact: bernadett.weinzierl@univie.ac.at), relative humidity data from DLH (contact: glenn.s.diskin@nasa.gov, NASA), and temperature data from MMS (contact: thaopaul.v.bui@nasa.gov). Detailed description of cloudindicator in a publication (in preparation). If at least one of the three input data (coarse mode aerosol data, relative humidity data or temperature data) is not available, the corresponding cloudindicator sequence is set to -9999. Cloudindicator_revision: R5; R1: final data.; R2: Corrected error for scaling data during noise sequences. Correction using -99999 data for T,P,TAS.; R3: Changed names of parameters to include _CAPS suffix and changed names of cloudindicator classification.; R4: Updated cloudindicator criteria.; R5: No changes of sequences classified as clouds during most flights. Minor improvements of cloud classification in flight sequences when CAPS pitot tube was frozen due to consideration of manually entered airspeed. DLH-H2O_PI_name: Diskin, Glenn S. DLH-H2O_PI_organization: NASA Langley Research Center DLH-H2O_description: DLH: Diode Laser Hygrometer measurements of H2O(v) DLH-H2O_PI_contact_info: NASA LaRC, MS 483, Hampton, VA 23681; 757-864-6268; glenn.s.diskin@nasa.gov DLH-H2O_instrument_info: Diode Laser Hygrometer measurements of H2O vapor DLH-H2O_data_info: Water Vapor Volumetric Mixing Ratio in ppmv: p(H2O) / p(ambient) * 10^6. Relative humidities are calculated from DLH mixing ratio, project static pressure, and project static temperature and are provided for convenience. DLH-H2O_uncertainty: H2O(v) = 5%, RHi, RHw = 15% DLH-H2O_ulod_flag: -7777 DLH-H2O_ulod_value: n/a; DLH-H2O_llod_flag: -8888 DLH-H2O_llod_value: n/a; DLH-H2O_DM_contact_info: glenn.s.diskin@nasa.gov DLH-H2O_other_comments: Data in this file are averaged to 1 sec temporal resolution; higher bandwidth data available from PI DLH-H2O_revision: R2; R0: Data processed using DC-8-supplied static temperature and pressure.; R1: Data reprocessed using MMS static temperature and pressure.; R2: Variable names changed to conform with current naming convention. DLH-H2O_special_comment: These data are FINAL GCECD_PI_name: MOORE, FRED; HINTSA, ERIC; NANCE, DAVID; DUTTON, GEOFF; HALL, BRAD; ELKINS, JAMES GCECD_PI_organization: CIRES, University of Colorado and NOAA/ESRL/GMD GCECD_description: PANTHER GC-ECD GCECD_PI_contact_info: NOAA/ESRL/GMD, 325 Broadway, Boulder, CO; email: Fred.Moore@noaa.gov, James.W.Elkins@noaa.gov GCECD_instrument_info: PANTHER Gas Chromatograph (GC) Electron Capture Detectors (ECD) GCECD_data_info: Units for N2O, CH4, H2, and CO are ppb; units for SF6, F11, F113, F12, H1211 and PAN are ppt GCECD_uncertainty: Uncertainty is described above, and provided for each measurement GCECD_ulod_flag: -7777 GCECD_ulod_value: N/A GCECD_llod_flag: -8888 GCECD_llod_value: N/A GCECD_DM_contact_info: Geoff Dutton, NOAA, geoff.dutton@noaa.gov GCECD_other_comments: N/A GCECD_revision: R1; R0: First pass in field; R1:PAN calibration completed using 95+-5% conversion efficiency and measured dilution factor. Post mission calibrations included on all species. GCECD_special_comment: Error estimates are based on in-flight measurement precision of a calibration standard, the precision of laboratory measurements of a suite of calibration standards, and the goodness of fit of a simple curve to calibration data. Timestamps are the times of injection of the air samples into the GC. No timestamp adjustments have been made to account for the transit time of sample air through the aircraft inlet and pump. These data represent dry mole fraction mixing ratios of each molecule. If you use this data in a publication or report, we would appreciate that you contact the principal investigators (PIs) first and discuss your interests. The PIs can discuss the quality of the data and any potential problems with its analysis. Please contact the PIs for more information. GEOS5_PI_name: Paul Newman, Steve Pawson GEOS5_PI_organization: Code 610 NASA GSFC GEOS5_description: GEOS5 time-pressure curtains of meteorological fields GEOS5_PI_contact_info: email Paul.A.Newman@nasa.gov, Phone 301-614-5985 GEOS5_instrument_info: See https://gmao.gsfc.nasa.gov/weather_prediction/ GEOS5_data_info: N/A GEOS5_uncertainty: N/A GEOS5_ulod_flag: -777777 GEOS5_ulod_value: N/A GEOS5_llod_flag: -888888 GEOS5_llod_value: N/A GEOS5_DM_contact_info: Leslie Lait, Leslie.R.Lait@nasa.gov, 301-614-5990 GEOS5_other_comments: Data are interpolated to the flight track as read from the MER10 files. Horizontal interpolation is bi-linear, vertical interpolation (where applicable) is linear in log-pressure, and linear interpolation in time is done between six-hourly data. All fields are interpolated to the UTC_Start time. UTC_Stop is included only for compatibility with the other files. Flight pressures greater than 1000 hPa are taken as 1000 hPa for purposes of vertical interpolation. Variable names are uppercase GMAO GEOS names, with _GEOS appended. Variable descriptions have either CF, ESDS, or custom names appended in parentheses Also note: SS_GEOS5, OC_GEOS5, BC_GEOS5, and DU_GEOS5 are from the forecast model rather than the assimilation proper. GEOS5_revision: R3; R0: Initial version; R1: Added variable descriptions; R2: Uses final version of MER10 data, with revised longitude/latitude data; R3: Added surface pressure and mean sea level pressure; added quasi-standard variable names to the descriptions GMI_PI_name: Strode,S GMI_PI_organization: Goddard Space Flight Center GMI_description: GMI model output along ATom DC-8 flight track GMI_PI_contact_info: Sarah Strode, +1 301 614 5547 ; Code 614, NASA GSFC, Greenbelt, MD 20771 USA; sarah.a.strode@nasa.gov GMI_instrument_info: https://gmi.gsfc.nasa.gov/ GMI_data_info: Pres, Kel, Trop, and each species concentration has been interpolated to 10 second intervals from GMI model simulated data for the flight path. GMI_uncertainty: Some flight pressures are greater than the highest pressure of model; in this case, interpolation uses the model pressure. GMI_ulod_flag: -77777 GMI_ulod_value: N/A GMI_llod_flag: -88888 GMI_llod_value: N/A GMI_DM_contact_info: Megan Rose Damon; megan.r.damon@nasa.gov GMI_other_comments: N/A GMI_revision: R2; R2: Standardized variable names; R1: Updated; R0: Final Data GTCIMSPANS_PI_name: Huey,Greg GTCIMSPANS_PI_organization: Georgia Tech GTCIMSPANS_description: Trace gas measurements made by chemical ionization mass spectrometer on DC-8 GTCIMSPANS_PI_contact_info: Greg Huey, greg.huey@eas.gatech.edu GTCIMSPANS_instrument_info: Chemical Ionization Mass Spectrometer GTCIMSPANS_data_info: Measurements are reported in volume mixing ratio in parts per trillion (pptv) GTCIMSPANS_DM_contact_info: Greg Huey - greg.huey@eas.gatech.edu@gatech.edu GTCIMSPANS_other_comments: N/A GTCIMSPANS_uncertainty: UTC_stop=N/A; UTC_mid=N/A; PAN_GTCIMS=20%; PPN_GTCIMS=30% GTCIMSPANS_llod_flag: -8888 GTCIMSPANS_llod_value: N/A,N/A,2 pptv,2 pptv GTCIMSPANS_ulod_flag: -7777 GTCIMSPANS_ulod_value: N/A,N/A,N/A,N/A GTCIMSPANS_revision: R1; R1: Final Data Hskping_PI_name: Project Office Hskping_PI_organization: NSRC - National Suborbital Research Center Hskping_description: N817NA Facility Meteorological and Navigation Parameters Hskping_PI_contact_info: Melissa Yang-Martin, m.yang@baeri.org Platform: NASA DC-8 N817NA Hskping_instrument_info: Position, attitude, ground speed, and vertical speed from UNS-1Fw Wind_Speed and Wind_Direction calculated from UNS-1Fw, Aircraft Data System-85 Radar_Altitude from APN-232 Total_Air_Temperature from Rosemount 102 type non-deiced IR_Surface_Temp from KT-19.85 Cabin_Pressure from MKS Baratron 220D Dew_Point and calculated water vapor parameters from Edgetech hygrometer Pressure_Altitude, Indicated_Air_Speed, True_Air_Speed, Mach_Number, Static_Pressure from Aircraft Data System-85, Hskping_data_info: https://airbornescience.nasa.gov/sites/default/files/DC8_Experimenter_Handbook_Jan2011v2.pdf Hskping_uncertainty: NONE,5m,5m,N/A,5m,20ft increasing to 138ft with altitude,2 ft +-2%,0.015 m/s,4kts,5kts at 50 kts; 2kts at 100kts; 2.8 kts at 300kts,0.01 mach,greater of 0.152 m/s or 5%,0.02 deg,0.02 deg,0.02 deg,0.02 deg,0.02 deg,0.5 deg C,N/A,0.2 deg C,0.3 deg C,0.5 deg C + 0.7%(TargetTemp-HousingTemp),N/A,0.15%,1 m/s,0.5 deg,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A Hskping_ulod_flag: -7777 Hskping_ulod_value: N/A,90,180,N/A,N/A,57343,65000,N/A,600,510,0.99,104.04,360,360,180,180,180,60,N/A,90,99,200,N/A,1333.22,N/A,360,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A Hskping_llod_flag: -8888 Hskping_llod_value: N/A,-90,-180,N/A,N/A,-1871,0,0,0,0,0,-104.04,0,0,-180,-180,-180,-99,N/A,-50,-60,-50,N/A,0.66,0,0,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A,N/A Hskping_DM_contact_info: Ryan Bennett, r.bennett@baeri.org Hskping_other_comments: Wind_Speed and Wind_Direction columns flagged where Roll_Angle exceeds 5 degrees. MSL_GPS_Altitude from MIDG Start_UTC 68934-69581. Hskping_revision: R1; R1: Updated header information to include ULOD, LLOD, instrument uncertainties, PI and DM contact information, recalculated Wind_Speed and Wind_Direction column, cut data to flight time. HAE_GPS_Altitude flagged as missing.; R0: Preliminary field data ISAF-H2CO_PI_name: Hanisco, Thomas F. ISAF-H2CO_PI_organization: NASA Goddard Space Flight Center ISAF-H2CO_description: ISAF In Situ Airborne Formaldehyde ISAF-H2CO_PI_contact_info: NASA GSFC, Code 614, Greenbelt, MD 20771; thomas.hanisco@nasa.gov; 301-614-6598 ISAF-H2CO_instrument_info: In situ laser induced fluorescence detection of formaldehyde ISAF-H2CO_data_info: All data in parts per trillion by volume (pptv). 10 Hz data is available upon request. Time aligned to DLH H2O_ppmv via cross-correlation and inspection. When noted in Special Comments, observations are corrected for an apparent ozone-generated artifact. The correction is the mean of the slopes generated for fits of HCHO vs. NOyO3 O3_CL and inherently assumes that O3 and HCHO in the lowermost stratosphere should not correlate. ISAF-H2CO_uncertainty: Calibration uncertainty is +/-10 percent. Offset uncertainty is +/- 10 pptv. Ozone interference correction adds an upper uncertainty estimate of (correction factor) O3(in ppb) pptv, when correction factor is given in Special Comments. ISAF-H2CO_ulod_flag: -7777 ISAF-H2CO_ulod_value: N/A ISAF-H2CO_llod_flag: -8888 ISAF-H2CO_llod_value: N/A ISAF-H2CO_DM_contact_info: Glenn Wolfe, NASA GSFC; glenn.m.wolfe@nasa.gov; 301-614-6008 ISAF-H2CO_other_comments: Have fun! ISAF-H2CO_revision: R3; R3: "A rose by any other name would smell as sweet." -William Shakespeare.; R2: This is really final data. Uniform downward adjustment of 17% due to revised calibration.; R1: This is Final Data. Major changes from R0 include time alignment with DLH and application of O3 interference correction.; R0: This is Preliminary data. ISAF-H2CO_special_comment: 20170126: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170129: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170201: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170203: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170205: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170210: HCHO/O3 artifact slope = 0.085 ppt/ppb (from fit to 20170129 data). ; 20170213: HCHO/O3 artifact slope = 0.032 ppt/ppb (from fit to 20170219 and 0221 data). ; 20170215: HCHO/O3 artifact slope = 0.032 ppt/ppb (from fit to 20170219 and 0221 data). ; 20170218: HCHO/O3 artifact slope = 0.032 ppt/ppb (from fit to 20170219 and 0221 data). ; 20170219: HCHO/O3 artifact slope = 0.032 ppt/ppb (from fit to 20170219 and 0221 data). ; 20170221: HCHO/O3 artifact slope = 0.032 ppt/ppb (from fit to 20170219 and 0221 data). ; Influences_PI_name: Ray, Eric Influences_PI_organization: NOAA/CSD and CIRES, Univ. of Colorado Influences_description: Influences from back trajectory analysis Influences_PI_contact_info: 325 Broadway, Boulder, CO 80305; 303-497-7628; email:eric.ray@noaa.gov Influences_instrument_info: N/A Influences_data_info: N/A Influences_uncertainty: N/A Influences_ulod_flag: N/A Influences_ulod_value: N/A Influences_llod_flag: N/A Influences_llod_value: N/A Influences_DM_contact_info: Eric Ray, 325 Broadway, Boulder, CO 80305; 303-497-7628; email:eric.ray@noaa.gov Influences_other_comments: N/A Influences_revision: R2; R1: No comments for this version.; R2: Updated fire influence to include coincidences with MODIS fire plumes as well as GFED fire counts. LASaerosol_PI_name: Karl Froyd, Charles Brock LASaerosol_PI_organization: NOAA ESRL Chemical Sciences Division LASaerosol_description: Aerosol sizing instrument: modified TSI model 3340 Laser Aerosol Spectrometer, D=0.1-10 microns LASaerosol_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, R/CSD2, 325 Broadway, Boulder, CO 80305 LASaerosol_instrument_info: N/A LASaerosol_data_info: Number, surface, and volume concentrations of dry aerosol particles at STP = 1013 hPa and 0 Celsius. Acc = 0.100 to 0.907 um; Coarse = 0.907 to ~4 um ammonium sulfate optical equivalent diameter. The LAS Acc products overlap with Acc products from the AMP UHSAS instruments. However, the UHSAS measures the entire accumulation mode, whereas LAS does not. LAS Coarse products can be added directly to UHSAS Acc products (eg, Vacc + LAS_Vcoarse) to give integrated N, S, V for the entire Acc and Coarse mode under most conditions. The upper size limit is determined by the transmission efficiency of the aircraft inlet: 50% transmission at approx 4 um aerodynamic diameter, decreasing with altitude. See McNaughton AST 2007. Therefore, in the MBL or in thick aerosol plumes the coarse mode measured by the LAS may be truncated. LASaerosol_uncertainty: see PI LASaerosol_ulod_flag: -7777 LASaerosol_ulod_value: N/A LASaerosol_llod_flag: -8888 LASaerosol_llod_value: N/A LASaerosol_DM_contact_info: Data Manager:Katja Drdla; email:Katja.Drdla@nasa.gov LASaerosol_other_comments: None LASaerosol_revision: R2; R1: Revised data. 10 sec time resolution. Cloudy sampling periods and diagnostic periods are excluded. Full size distributions are available.; R2: Updated parameter names. Concentrations have been adjusted due to undercounting because of problems with sheath flow. NAerosol_PI_name: Charles Brock, Christina Williamson, Agnieszka Kupc, Karl Froyd NAerosol_PI_organization: NOAA ESRL Chemical Sciences Division NAerosol_description: Aerosol sizing instruments: 5-chan CPC (N-MASS), ultra-high sensitivity aerosol size spectrometer (UHSAS), laser aerosol spectrometer (LAS) NAerosol_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, R/CSD2, 325 Broadway, Boulder, CO 80305 NAerosol_instrument_info: N/A NAerosol_data_info: Number, surface, and volume concentrations of dry aerosol particles at STP and calculated extinction. Nucl=0.0027-0.012 um diam; aitken 0.012-0.06 um; accum=0.06 to 0.5; coarse 0.5-4.8 um; fine 0.0027-0.5 um. Ammonium sulfate optical equivalent diameter. Units: #/cm^3, um^2/cm^3, um^3/cm^3 at 1013 hPa and 0 Celsius for N, S, and V, and Mm^-1 for extinction. Asymmetry data smoothed with 10 passes of a binomial smoothing filter. NAerosol_uncertainty: Varies with size distribution--see PI. For 60s averages in the clean free troposphere typical accumulation-mode uncertainties are: N_accum +/-6%; S_accum +18%/-36%; Vacc +23%/-51% NAerosol_ulod_flag: -7777 NAerosol_ulod_value: N/A NAerosol_llod_flag: -8888 NAerosol_llod_value: N/A NAerosol_DM_contact_info: Data Manager:Katja Drdla; email:Katja.Drdla@nasa.gov NAerosol_other_comments: None NAerosol_revision: R3; R1: Preliminary Data. Increases in coarse mode integral parameters of >30 percent expected in future revisions.; R2: Final Data. Corrected data LAS leak and for inlet and tubing sampling efficiencies; changed names of parameters to include _AMP suffix; R3: Final Data. Added additional wavelengths for calculated extinction and asymmetry parameter. File start and stop times match MER-1HZ files. NCoarseAerosol_PI_name: Bernadett Weinzierl, Maximilian Dollner NCoarseAerosol_PI_organization: University of Vienna, Faculty of Physics, Aerosol Physics and Environmental Physics NCoarseAerosol_description: Second generation Cloud, Aerosol, and Precipitation Sprectrometer (CAPS) NCoarseAerosol_PI_contact_info: Email: bernadett.weinzierl@univie.ac.at Address: University of Vienna, Faculty of Physics, Aerosol Physics and Environmental Pyhsics, Boltzmanngasse 5, 1090 Vienna, Austria NCoarseAerosol_instrument_info: N/A NCoarseAerosol_data_info: Particle number concentrations (N) of aerosol and cloud particles in selected size ranges at standard temperature and pressure (STP) conditions. Size ranges: Acc=0.56 to 1.0 um, Coa1=1.0 to 10.0 um, Coa2=10.0 to 30.0 um, Coa3=30.0 to 50.0 um. Indicated size ranges refer to ammonium sulfate optical equivalent diameter (m=1.52 + 0.0i). Units: #/cm^3 at 1013.25 hPa and 273.15 K for N. NCoarseAerosol_uncertainty: see PI NCoarseAerosol_ulod_flag: -7777 NCoarseAerosol_ulod_value: N/A NCoarseAerosol_llod_flag: -8888 NCoarseAerosol_llod_value: N/A NCoarseAerosol_DM_contact_info: Data Manager:Katja Drdla; email:Katja.Drdla@nasa.gov NCoarseAerosol_other_comments: Particle number concentration was calculated using a sampling area of 0.216 mm^2 and true air speed, air temperature and pressure from MMS measurements. Used calibration: ATom-2 (sigma = 2.2325e-12sizer + 3.1361e-11) NCoarseAerosol_revision: R4; R1: used data from 1Hz merge file and campaign calibration for processing; R2: final data. Time offset corrected.; R3: Corrected error for scaling data during noise sequences. Correction using -99999 data for T,P,TAS.; R4: Changed names of parameters to include _CAPS suffix. NOAA-Picarro_PI_name: Kathryn McKain and Colm Sweeney NOAA-Picarro_PI_organization: CIRES, University of Colorado and NOAA ESRL Global Monitoring Division NOAA-Picarro_description: Picarro, modified G2401m, ssn CFKBDS2185 NOAA-Picarro_PI_contact_info: NOAA GMD1, 325 Broadway, Boulder, CO 80305; email: Kathryn.McKain@noaa.gov, Colm.Sweeney@noaa.gov NOAA-Picarro_instrument_info: modified Picarro G2401m, ssn CFKBDS2185 NOAA-Picarro_data_info: reported on WMO scales CO2_X2007, CH4_X2004A, CO_X2014A NOAA-Picarro_uncertainty: 0.1 ppm CO2, 0.7 ppb CH4, 8.9 ppb CO (1-sec), 3.6 ppb CO (10-sec) NOAA-Picarro_ulod_flag: -7777 NOAA-Picarro_ulod_value: N/A NOAA-Picarro_llod_flag: -8888 NOAA-Picarro_llod_value: N/A NOAA-Picarro_DM_contact_info: Kathryn McKain, kathryn.mckain@noaa.gov NOAA-Picarro_other_comments: none NOAA-Picarro_revision: R3; R1: Final calibration; R2: Updated header, data unchanged; R3: A few points with larger uncertainty were removed. Final NOyO3-NO2_PI_name: Tom Ryerson, Chelsea Thompson, and Jeff Peischl NOyO3-NO2_PI_organization: NOAA ESRL Chemical Sciences Division NOyO3-NO2_description: NOyO3: NO2 measurement NOyO3-NO2_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, Mail Stop R/CSD7, 325 Broadway, Boulder, CO 80305 email: thomas.b.ryerson@noaa.gov NOyO3-NO2_instrument_info: UV photolysis at 385 nm; ozone-induced chemiluminescence NOyO3-NO2_data_info: Units: ppbv NOyO3-NO2_uncertainty: given by NO2_CL_2sigma NOyO3-NO2_ulod_flag: -7777 NOyO3-NO2_ulod_value: N/A NOyO3-NO2_llod_flag: -8888 NOyO3-NO2_llod_value: N/A NOyO3-NO2_DM_contact_info: Data Manager: Katja Drdla, NASA Ames Research Center, katja.drdla@nasa.gov. NOyO3-NO2_other_comments: None NOyO3-NO2_revision: R1; R1: Final data NOyO3-NO_PI_name: Tom Ryerson, Chelsea Thompson, and Jeff Peischl NOyO3-NO_PI_organization: NOAA ESRL Chemical Sciences Division NOyO3-NO_description: NOyO3: NO measurement NOyO3-NO_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, Mail Stop R/CSD7, 325 Broadway, Boulder, CO 80305 email: thomas.b.ryerson@noaa.gov NOyO3-NO_instrument_info: ozone-induced chemiluminescence NOyO3-NO_data_info: Units: ppbv NOyO3-NO_uncertainty: given by NO_CL_2sigma NOyO3-NO_ulod_flag: -7777 NOyO3-NO_ulod_value: N/A NOyO3-NO_llod_flag: -8888 NOyO3-NO_llod_value: N/A NOyO3-NO_DM_contact_info: Data Manager: Katja Drdla, NASA Ames Research Center, katja.drdla@nasa.gov. NOyO3-NO_other_comments: None NOyO3-NO_revision: R1; R1: Final data NOyO3-NOy_PI_name: Tom Ryerson, Chelsea Thompson, and Jeff Peischl NOyO3-NOy_PI_organization: NOAA ESRL Chemical Sciences Division NOyO3-NOy_description: NOyO3: NOy measurement NOyO3-NOy_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, Mail Stop R/CSD7, 325 Broadway, Boulder, CO 80305 email: thomas.b.ryerson@noaa.gov NOyO3-NOy_instrument_info: Catalytic conversion; ozone-induced chemiluminescence NOyO3-NOy_data_info: Units: ppbv NOyO3-NOy_uncertainty: given by NOy_CL_2sigma NOyO3-NOy_ulod_flag: -7777 NOyO3-NOy_ulod_value: N/A NOyO3-NOy_llod_flag: -8888 NOyO3-NOy_llod_value: N/A NOyO3-NOy_DM_contact_info: Data Manager: Katja Drdla, NASA Ames Research Center, katja.drdla@nasa.gov. NOyO3-NOy_other_comments: None NOyO3-NOy_revision: R1; R1: Final data NOyO3-O3_PI_name: Tom Ryerson, Chelsea Thompson, and Jeff Peischl NOyO3-O3_PI_organization: NOAA ESRL Chemical Sciences Division NOyO3-O3_description: NOyO3: O3 measurement NOyO3-O3_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, Mail Stop R/CSD7, 325 Broadway, Boulder, CO 80305 email: thomas.b.ryerson@noaa.gov NOyO3-O3_instrument_info: Nitric-oxide-induced chemiluminescence NOyO3-O3_data_info: Units: ppbv NOyO3-O3_uncertainty: given by O3_CL_2sigma NOyO3-O3_ulod_flag: -7777 NOyO3-O3_ulod_value: N/A NOyO3-O3_llod_flag: -8888 NOyO3-O3_llod_value: N/A NOyO3-O3_DM_contact_info: Data Manager: Katja Drdla, NASA Ames Research Center, katja.drdla@nasa.gov. NOyO3-O3_other_comments: None NOyO3-O3_revision: R1; R1: Final data PALMS-Chem-Mass_PI_name: Karl Froyd and Daniel Murphy PALMS-Chem-Mass_PI_organization: NOAA Chemical Sciences Division PALMS-Chem-Mass_description: PALMS PALMS-Chem-Mass_PI_contact_info: Karl.Froyd@noaa.gov PALMS-Chem-Mass_instrument_info: The Particle Analysis by Laser Mass Spectrometry instrument measures single particle composition PALMS-Chem-Mass_data_info: Units: Mass products: ug stdm-3, all at std conditions (at 1013 hPa, 0C). PALMS-Chem-Mass_uncertainty: See Froyd et al., AMT 2019. PALMS-Chem-Mass_ulod_flag: -7777 PALMS-Chem-Mass_ulod_value: N/A PALMS-Chem-Mass_llod_flag: -8888 PALMS-Chem-Mass_llod_value: N/A PALMS-Chem-Mass_DM_contact_info: Karl.Froyd@noaa.gov PALMS-Chem-Mass_other_comments: N/A PALMS-Chem-Mass_revision: R1; R1: Final data. Time bins are 3 mins. Cloudy sampling periods, zero checks, and diagnostic periods were excluded at 1 sec resolution. Data times adjusted to account for inlet tubing residence time. PALMS-Chem-Mass_special_comment: 20170126: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170129: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170201: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170203: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170205: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170210: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170213: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170215: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170218: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170219: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; 20170221: PALMS mass concentrations for selected chemical species within non-refractory particle types. Single particles are first classifed into particle types (see PALMS_xxx files or PALMS-PartType-Mass_xxx files). Laboratory and field calibrations are applied to all non-refractory particle types to determine mass fractions of chemical species. Mass fractions are multiplied by the mass concentration for non-refractory particle types. See Froyd et al., AMT 2019. Sulfate and organic mass concentration products are described in Froyd et al., AMT 2019. Nitrate and other chemical species are ignored, and particles are assumed to contain only sulfate and organic material. Mass fractions are derived from positive ion spectra. Halogen mass concentrations are described in Schill et al., in prep 2020. Mass fractions are derived from both positive and negative ion spectra. Organosulfates products are derived from mass fractions described in Froyd et al., PNAS 2010 and Liao et al., JGR 2015. Mass fractions are derived from negative ion spectra using both full and reduced ionization laser power. ; PALMS-PartType-Mass_PI_name: Karl Froyd and Daniel Murphy PALMS-PartType-Mass_PI_organization: NOAA Chemical Sciences Division PALMS-PartType-Mass_description: PALMS PALMS-PartType-Mass_PI_contact_info: Karl.Froyd@noaa.gov PALMS-PartType-Mass_instrument_info: The Particle Analysis by Laser Mass Spectrometry instrument measures single particle composition PALMS-PartType-Mass_data_info: Units: Number products: stdcm-3, Surface products, um2 stdcm-3, Volume products um3 stdcm-3, Mass products: ug stdm-3, all at std conditions (at 1013 hPa, 0C). PALMS-PartType-Mass_uncertainty: See Froyd et al., AMT 2019 and Brock et al., AMT 2019. PALMS-PartType-Mass_ulod_flag: -7777 PALMS-PartType-Mass_ulod_value: N/A PALMS-PartType-Mass_llod_flag: -8888 PALMS-PartType-Mass_llod_value: N/A PALMS-PartType-Mass_DM_contact_info: Karl.Froyd@noaa.gov PALMS-PartType-Mass_other_comments: N/A PALMS-PartType-Mass_revision: R1; R1: Final Data. Time bins are 3 mins. Cloudy sampling periods, zero checks, and diagnostic periods were excluded at 1 sec resolution. Data times adjusted to account for inlet tubing residence time. Number, surface area, and volume concentration products are also available. Custom size range is possible. Contact the PI. PALMS-PartType-Mass_special_comment: 20170126: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170129: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170201: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170203: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170205: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170210: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170213: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170215: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170218: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170219: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; 20170221: PALMS aerosol concentration for each particle type. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for supermicron particles. Typically the PALMS size range spans the peak of the aerosol accumulation and coarse mass modes. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment and over the size range, D<0.15 to >3 um. The fractional size distribution is combined with an absolute size distribution measured using another instrument. For ATom size distributions were taken from the UHSAS and LAS size spectrometers, described in Brock et al., AMT 2019. The size range for concentration products is 0.100 to 4.8 um. PALMS concentration products are calculated from positive ion data. The number of particles used to calculate the averages is also reported. PALMS Concentration data products: SulfOrgNit, BioBurn, Soot, Mineral, Meteoric, AlkaliSalt, SeaSalt, OilComb, Unclass SulfOrgNit is the concentration of internally mixed Sulfate/Organic/Nitrate of particles. See Froyd et al., AMT 2019. Likewise for particles identified as biomass burning, soot (pure, thinly coated), mineral dust/metallic, meteoric, alkali salts, sea salt, fuel oil combustion (vanadium tracer), and unclassified (other) particles. Non-refractory particles include SulfOrgNit, BioBurn, Meteoric, and OilComb. Aerosol water is subtracted from sea salt and non-refractory particle types. ; PALMS_PI_name: Karl Froyd and Daniel Murphy PALMS_PI_organization: NOAA Chemical Sciences Division PALMS_description: PALMS PALMS_PI_contact_info: Karl.Froyd@noaa.gov PALMS_instrument_info: The Particle Analysis by Laser Mass Spectrometry instrument measures single particle composition PALMS_data_info: Units: Frac products: number fractions from 0-1. Org MF from 0-1. Sulfate Neut product: NH4:SO4 ratio from 0-2.5. PALMS_uncertainty: See Froyd et al., AMT 2019 PALMS_ulod_flag: -7777 PALMS_ulod_value: N/A PALMS_llod_flag: -8888 PALMS_llod_value: N/A PALMS_DM_contact_info: Karl.Froyd@noaa.gov PALMS_other_comments: N/A PALMS_revision: R2; R0: Preliminary data.; R1: Final data. Time bins are 3 mins. Cloudy sampling periods, zero checks, and diagnostic periods were excluded at 1 sec resolution. Data times adjusted to account for inlet tubing residence time. See other PALMS archive files for Mass Concentration products. Size-dependent and other chemical data available - contact PI.; R2: Minor revisions to particle classification PALMS_special_comment: PALMS aerosol composition for diam ~150 to >3000 nm. PALMS samples from the Clarke/Langely common aerosol inlet. Particles are sent through a virtual impactor to improve sampling statistics for large particles. Typically the PALMS size range spans the peak of the aerosol mass mode. Single particles are classified into the particle types shown below. Number fractions of these particle types are calculated over each time segment, and these averages are presented as the primary data products. Some additional chemical data products are also given. PALMS alternates between positive and negative ion detection mode, which yields different data products. If there were at least 5 suitable particles in a time interval, average values are calculated. The number of particles used to calculate the averages is also reported. Other data products, including size-resolved composition, are available - contact the PI. Positive ion mode data products: SulfOrgNitFrac, BioBurnFrac, SootFrac, MineralFrac, MeteoricFrac, AlkaliSaltFrac, SeaSaltFrac, OilCombFrac, UnclassFrac, OrgSulfMF The Sulfate/Organic/Nitrate fraction (0 to 1) is the number fraction of particles that are identified as sulfate/organic/nitrate internal mixtures. Likewise for particles identified as biomass burning, soot, mineral dust/metallic, meteoric, alkali salts, sea salt, heavy oil combustion (vanadium tracer), and unclassified (other) particles. OrgSulfMF is the mass fraction of organic material relative to sulfate: Org mass/(org+sulf mass) = 0-1. This parameter is a calibrated quantity and is only calculated for particles that are sulfate-organic-nitrate internal mixtures (which is often the predominant particle type). Negative ion mode data products: IEPOXmf_PALMS, GASmf_PALMS IEPOXmf_PALMS is the fraction of submicron aerosol mass attributed to IEPOX sulfate ester, an organosulfate derived from isoprene oxidation products. GASmf_PALMS is the fraction of submicron aerosol mass attributed to glycolic acid sulfate, an organosulfate derived from isoprene and other precursors. *Acidity data product: SulfNeut This is the average degree of sulfuric acid neutralization calculated only for particles that are sulfate-organic-nitrate internal mixtures. It is reported as the ammonium-to-sulfate ratio, NH4:SO4. This calibrated product becomes insensitive to the degree of neutralization for highly neutralized sulfate. Values >=2 are therefore not quantitative but nevertheless indicate complete neutralization. QCLS-CH4-CO-N2O_PI_name: Commane, Roisin; Budney, John; Gonzalez Ramos, Yenny; Sargent, Maryann; Wofsy, Steven C.; Daube, Bruce C. QCLS-CH4-CO-N2O_PI_organization: Harvard University, Cambridge, MA 02474 (Tel: 617-495-4566) QCLS-CH4-CO-N2O_description: QCLS DUAL (CH4, N2O, CO) QCLS-CH4-CO-N2O_PI_contact_info: Bruce Daube, bdaube@g.harvard.edu QCLS-CH4-CO-N2O_instrument_info: Quantum Cascade Laser Spectrometer (QCLS) QCLS-CH4-CO-N2O_data_info: Units are ppbv QCLS-CH4-CO-N2O_uncertainty: Accuracy & Precision CH4 1.0 & 0.5 ppb, CO 3.5 & 0.15 ppb, N2O 0.2 & 0.1 ppb QCLS-CH4-CO-N2O_ulod_flag: -7777 QCLS-CH4-CO-N2O_ulod_value: N/A QCLS-CH4-CO-N2O_llod_flag: -8888 QCLS-CH4-CO-N2O_llod_value: N/A QCLS-CH4-CO-N2O_DM_contact_info: Bruce Daube, bdaube@g.harvard.edu, Roisin Commane, rcommane@ldeo.columbia.edu QCLS-CH4-CO-N2O_other_comments: Calibration to WMO NOAA Standard CO_X2014A, N2O_X2006A and CH4_X2004A on cylinders CB10182 and CB11484 QCLS-CH4-CO-N2O_revision: R7; R0: Preliminary data using UNCORRECTED cell pressure and temperature. Will be updated.; R1: Calibrated CO data. N2O/CH4 data not included in this revision; R2: Calibrated CO data. N2O/CH4 data not included in this revision. Analysis_20181106.r; R3: Final analysis with NOAA CO calibration scale updated. N2O/CH4 data not included.; R4: Calibrated N2O and CH4 data. R3 for CO; R5: R4 for N2O and CH4 data. R3 for CO; R6: Calibrate N2O and CH4 data. R3 for CO; R7: Calibrate N2O and CH4 data. R3 for CO QCLS-CO2_PI_name: Commane, Roisin; Daube, Bruce; Wofsy, Steve QCLS-CO2_PI_organization: Harvard University, Cambridge, MA 02474 (Tel: 617-495-4566) QCLS-CO2_description: QCLS CO2 QCLS-CO2_PI_contact_info: Bruce Daube, bdaube@fas.harvard.edu QCLS-CO2_instrument_info: Quantum Cascade Laser Spectrometer (QCLS) QCLS-CO2_data_info: Units are ppbv. QCLS-CO2_uncertainty: Accuracy & Precision 0.1 & 0.02 ppm QCLS-CO2_ulod_flag: -7777 QCLS-CO2_ulod_value: N/A QCLS-CO2_llod_flag: -8888 QCLS-CO2_llod_value: N/A QCLS-CO2_DM_contact_info: Bruce Daube, bdaube@fas.harvard.edu, Roisin Commane, rcommane@g.harvard.edu QCLS-CO2_other_comments: WMO NOAA Standard CO2_X2007 on cylinders CB12104, CB12087, CB12072. Timing of measurement is scaled to match NOAA Picarro CO2 measurement. QCLS-CO2_revision: R3; R1: Revision of data using corrected cell pressure and temperature; R2: Revision of data using data analysis code: ATom2_analysis_R1.r; R3: Data revised May 2019 with timing correction and final calibrations SAGA-Abs_PI_name: Weber, Rodney SAGA-Abs_PI_organization: Georgia Institute of Technology SAGA-Abs_description: University of New Hampshire SAGA filter extracts light absorption measured on the NASA DC-8 SAGA-Abs_PI_contact_info: rweber@eas.gatech.edu SAGA-Abs_instrument_info: WPI LWCC and Ocean Optics USB4000 spectrometer SAGA-Abs_data_info: Filters were first extracted in 15 ml of water, dried and then extracted again using 15 ml of methanol. Each extract was filtered with a 0.45 um pore size syringe filter and then injected through a 2.5 m path length LWCC and light absorption measured by Ocean Optics USB4000 spectrometer. Absorption from 300 to 700 nm were recorded. Absorption of pure solvent was subtracted from the sample. Raw absorption data were processed by the equation Abs=Raw(Volume of extraction liquid)/(Volume of air collected at STP)/(Optical Path Length, 2.5m here)ln(10). Brown carbon absorption was determined by absorption at 365 nm. Data reported here were averaged over 20 nm wavelength intervals. i.e. absorption at 400 nm were average by absorption data between 390 nm to 410 nm. Absorption data have been blank corrected by averaging all blank filter in this mission (2-3 blank filters per flight). Limit of detection (LOD) was determined by three times standard deviation of blank data. STP is T=273K & p=1013 mb). SAGA-Abs_uncertainty: 19.3% for WS_Abs_365nm and 15.6% for MS_Abs_365nm SAGA-Abs_ulod_flag: -77777 SAGA-Abs_ulod_value: N/A SAGA-Abs_llod_flag: -88888 SAGA-Abs_llod_value: In long description of the data SAGA-Abs_DM_contact_info: lhzeng@gatech.edu SAGA-Abs_other_comments: N/A SAGA-Abs_revision: R0; R0: Public SDAerosol_PI_name: Charles Brock, Christina Williamson, Agnieszka Kupc, Karl Froyd SDAerosol_PI_organization: NOAA ESRL Chemical Sciences Division SDAerosol_description: Aerosol sizing instruments: 5-chan CPC (N-MASS), ultra-high sensitivity aerosol size spectrometer (UHSAS), laser aerosol spectrometer (LAS) SDAerosol_PI_contact_info: Address: NOAA ESRL Chemical Sciences Division, R/CSD2, 325 Broadway, Boulder, CO 80305 SDAerosol_instrument_info: Size distributions produced by combining an NMASS (Williamson et al., AMT, 2018), a UHSAS (Kupc et al., AMT, 2018) and a LAS, per Brock et al., submitted to AMT, 2019 SDAerosol_data_info: Number concentration of dry (<40% RH) aerosol particles per cm3 per log10 diameter increment at 273.15K and 1013 hPa SDAerosol_uncertainty: Varies. See PI or Brock et al., submitted to Atmos. Meas. Techniq., 2019 SDAerosol_ulod_flag: -7777 SDAerosol_ulod_value: N/A SDAerosol_llod_flag: -8888 SDAerosol_llod_value: N/A SDAerosol_DM_contact_info: Data Manager:Katja Drdla; email:Katja.Drdla@nasa.gov SDAerosol_other_comments: Periods identified as in cloud removed due to potential sampling artifacts. Twenty bins per decade, so dlogDp is a constant 0.05. Mid-point ammonium-sulfate-equivalent optical diameters (nm) for each channel are: 2.7, 3, 3.4, 3.8, 4.2, 4.8, 5.3, 6, 6.7, 7.5, 8.5, 9.5, 10.6, 11.9, 13.4, 15, 16.9, 18.9, 21.2, 23.8, 26.7, 30, 33.7, 37.8, 42.4, 47.5, 53.3, 59.9, 67.2, 75.4, 84.6, 94.9, 106, 119, 134, 150, 169, 189, 212, 238, 267, 300, 337, 378, 424, 475, 533, 599, 672, 754, 846, 949, 1064, 1194, 1340, 1504, 1687, 1893, 2124, 2383, 2674, 3000, 3366, 3777, 4238, 4755 SDAerosol_revision: R1; R0: Final Data; R1: Corrected time error. Now matches MER-1HZ times. SP2-BC_PI_name: Schwarz, J. P.;Katich, J. M. SP2-BC_PI_organization: NOAA ESRL Chemical Sciences Division SP2-BC_description: NOAA Single-Particle Soot Photometer (SP2) SP2-BC_PI_contact_info: PI: Joshua Schwarz; Address: NOAA/ESRL R/CSD6, 325 Broadway, Boulder, CO 80305; e-mail: joshua.p.schwarz@noaa.gov; 303-497-4637 SP2-BC_instrument_info: NOAA Single-Particle Soot Photometer (RACK) SP2-BC_data_info: Black carbon mass concentration reported in ng-BC/m3 (at 1013mb pressure and 273K temperature). 1s averages. SP2-BC_uncertainty: 30 pct systematic uncertainty from flow and mass calibration, and aspiration efficiency. SP2-BC_ulod_flag: -7777 SP2-BC_ulod_value: N/A SP2-BC_llod_flag: -8888 SP2-BC_llod_value: N/A SP2-BC_DM_contact_info: Data Manager: Joshua Schwarz Address: NOAA/ESRL R/CSD-6, 325 Broadway, Boulder, CO 80305; e-mail: joshua.p.schwarz@noaa.gov; 303-497-4637 SP2-BC_other_comments: *** FINAL DATA ****** SP2-BC_revision: R2; R0: Field 1-s data.; R1: Final 1-s data; using CAPS R0 data for cloud cuts; R2: Final 1-s data; using CAPS R2 (final) data for cloud cuts SP2-BC_special_comment: Single-Particle Soot Photometer reporting refractory BC mass concentration in a single accumulation mode; Observed mass is scaled upward by a (flight-specific) factor, here 1.03, to represent the total rBC concentration in the mode; Scale factor based on a single lognormal fit to the observed rBC size distribution from VALID DATA obtained over the entire flight (excluding airport pollution) over the detected range of 90-550nm assuming 1.8 g/cm^-3 void-free density. In-cloud, filter and unstable-flow data removed. Final calibrations applied and time synced to DLH H2O. UCATS-GC_PI_name: HINTSA, ERIC; MOORE, FRED; NANCE, DAVID; DUTTON, GEOFF; HALL, BRAD; ELKINS, JAMES UCATS-GC_PI_organization: NOAA/ESRL/GMD and University of Colorado, CIRES UCATS-GC_description: UCATS Gas Chromatograph UCATS-GC_PI_contact_info: NOAA/ESRL/GMD, 325 Broadway, Boulder, CO; email: Eric.J.Hintsa@noaa.gov, James.W.Elkins@noaa.gov UCATS-GC_instrument_info: UCATS Gas Chromatograph UCATS-GC_data_info: Units for N2O, CH4, H2, and CO are ppb; units for SF6 are ppt UCATS-GC_uncertainty: Uncertainty is described above, and provided for each measurement UCATS-GC_ulod_flag: -7777 UCATS-GC_ulod_value: N/A UCATS-GC_llod_flag: -8888 UCATS-GC_llod_value: N/A UCATS-GC_DM_contact_info: Geoff Dutton, NOAA, geoff.dutton@noaa.gov UCATS-GC_other_comments: N/A UCATS-GC_revision: R1; R0: Preliminary data.; R1: Final data, using updated peak integrations and calibration curves. Bad data points have been identified and removed. UCATS-GC_special_comment: If you use this data in a publication or report, we would appreciate that you contact the principal investigators (PIs) first and discuss your interests. The PIs can discuss the quality of the data and any potential problems with its analysis. Please contact the PIs for more information. UCATS-H2O_PI_name: HINTSA, ERIC; MOORE, FRED; NANCE, DAVID; DUTTON, GEOFF; HALL, BRAD; ELKINS, JAMES UCATS-H2O_PI_organization: CIRES, University of Colorado and NOAA/ESRL/GMD UCATS-H2O_description: UCATS TDL water vapor UCATS-H2O_PI_contact_info: NOAA/ESRL/GMD, 325 Broadway, Boulder, CO; email: Eric.J.Hintsa@noaa.gov, James.W.Elkins@noaa.gov UCATS-H2O_instrument_info: UCATS TDL water vapor UCATS-H2O_data_info: Units are ppm UCATS-H2O_uncertainty: Uncertainty is 5% + 1 ppm UCATS-H2O_ulod_flag: -7777 UCATS-H2O_ulod_value: N/A UCATS-H2O_llod_flag: -8888 UCATS-H2O_llod_value: N/A UCATS-H2O_DM_contact_info: Geoff Dutton, NOAA, geoff.dutton@noaa.gov UCATS-H2O_other_comments: N/A UCATS-H2O_revision: R0; R0: Preliminary data UCATS-H2O_special_comment: A post-mission calibration has been applied to all data. Timestamps have been adjusted to synchronize this data with DLH. If you use this data in a publication or report, we would appreciate that you contact the principal investigators (PIs) first and discuss your interests. The PIs can discuss the quality of the data and any potential problems with its analysis. Please contact the PIs for more information. UCATS-O3_PI_name: HINTSA, ERIC; MOORE, FRED; MCCLURE, AUDRA; DUTTON, GEOFF; HALL, BRAD; ELKINS, JAMES UCATS-O3_PI_organization: CIRES, University of Colorado and NOAA/ESRL/GMD UCATS-O3_description: UCATS Ozone UCATS-O3_PI_contact_info: NOAA/ESRL/GMD, 325 Broadway, Boulder, CO; email: Eric.J.Hintsa@noaa.gov, James.W.Elkins@noaa.gov UCATS-O3_instrument_info: UCATS Ozone (2B) UCATS-O3_data_info: Units are ppb UCATS-O3_uncertainty: Uncertainty is 1% + 1.5 ppb UCATS-O3_ulod_flag: -7777 UCATS-O3_ulod_value: N/A UCATS-O3_llod_flag: -8888 UCATS-O3_llod_value: N/A UCATS-O3_DM_contact_info: Geoff Dutton, NOAA, geoff.dutton@noaa.gov UCATS-O3_other_comments: N/A UCATS-O3_revision: R2; R0: Preliminary calibrated data. No time corrections have been applied; comparison with MMS pressure would suggest that these data are 3 seconds too fast.; R1: Final data. No time correction applied; timing of ozone pressure is very close to MMS R2 pressure; R2: Changed variable names to be compliant with ATom naming convention UCATS-O3_special_comment: If you use these data in a publication or report, we would appreciate that you contact the principal investigators (PIs) first and discuss your interests. The PIs can discuss the quality of the data and any potential problems. Please contact the PIs for further information. WAS_PI_name: Blake, Donald R. WAS_PI_organization: University of California Irvine WAS_description: Halocarbon/Hydrocarbon Grab Samples WAS_PI_contact_info: Address: 570 Rowland Hall; UCI; Irvine; CA 92697; email: drblake@uci.edu; 949-824-4195 WAS_instrument_info: Grab samples analyzed with GC and GC/MS WAS_data_info: Units pptv WAS_uncertainty: Stop_UTC=N/A; Mid_UTC=N/A; contact PI for precision and accuracy on VOCs WAS_ulod_flag: -777 WAS_ulod_value: N/A WAS_llod_flag: -888 WAS_llod_value: N/A,N/A,10,0.1,10,10,1.0,1.00,0.10,0.50,0.200,0.100,1,1.0,1.0,0.010,0.010,0.010,0.050,0.1,0.05,0.10,0.005,1,0.10,0.005,0.010,0.005,0.005,0.005,0.20,0.010,0.010,0.010,0.010,0.010,0.010,0.010,0.010,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3,3 WAS_DM_contact_info: Simone Meinardi, UCI, smeinard@uci.edu & Barbara Barletta, UCI, bbarlett@uci.edu WAS_other_comments: N/A WAS_revision: R3; R3: VOC names changed to conform with approved variable names; additional QC/recalibration performed on the data set (data were removed for some VOCs in samples in which low water concentrations may have affected the measured concentrations); R2: values for Hydrocarbons and selected Halocarbons added to R1 version; R1: No Comments for this revision GCMSD_PI_name: MOORE, FRED; HINTSA, ERIC; NANCE, DAVID; DUTTON, GEOFF; HALL, BRAD; ELKINS, JAMES GCMSD_PI_organization: CIRES, University of Colorado and NOAA/ESRL/GMD GCMSD_description: PANTHER GC-MSD GCMSD_PI_contact_info: NOAA/ESRL/GMD, 325 Broadway, Boulder, CO; email: Fred.Moore@noaa.gov, James.W.Elkins@noaa.gov GCMSD_instrument_info: PANTHER Gas Chromatograph (GC) Mass Spec Detector (MSD) GCMSD_data_info: Units for all are ppt. CS2 and CH3I data exists but have un-resolved calibration complications. GCMSD_uncertainty: Uncertainty is described above, and provided for each measurement GCMSD_ulod_flag: -7777 GCMSD_ulod_value: N/A GCMSD_llod_flag: -8888 GCMSD_llod_value: N/A GCMSD_DM_contact_info: Geoff Dutton, NOAA, geoff.dutton@noaa.gov GCMSD_other_comments: N/A GCMSD_revision: R0; R0: y GCMSD_special_comment: Error estimates are based on in-flight measurement precision of a calibration standard, the precision of laboratory measurements of a suite of calibration 0 Timestamps are the times of injection of the air samples into the GC. No timestamp adjustments have been made to account for the transit time of sample air through the aircraft inlet and pump. These data represent dry mole fraction mixing ratios of each molecule. If you use this data in a publication or report, we would appreciate that you contact the principal investigators (PIs) first and discuss your interests. The PIs can discuss the quality of the data and any potential problems with its analysis. Please contact the PIs for more information. Unlimited_Dimension: time

Variables:	Flight_ID: String Flight_ID long_name: Flight ID cf_role: trajectory_id _ChunkSizes: 10 DODS: strlen: 10 dimName: flight_strlen
	time: Array of 64 bit Reals [time = 0..1635] time: units: seconds since 2016-01-01 00:00:00.0 UTC calendar: standard standard_name: time bounds: time_bnds _ChunkSizes: 512
	time_bnds: Array of 64 bit Reals [time = 0..1635][nv = 0..1] time: nv: _ChunkSizes: 1, 2
	Flight_Date: Array of 32 bit Integers [time = 0..1635] time: units: 1 long_name: flight date in YYYYMMDD coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 1024
	RF: Array of 32 bit Integers [time = 0..1635] time: units: 1 long_name: research flight number coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 1024
	CumDist: Array of 64 bit Reals [time = 0..1635] time: units: km long_name: Cumulative ground track distance coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 512
	UTC_Start: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s long_name: start elapsed time in seconds from 0000 UTC _ChunkSizes: 141
	UTC_Stop_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s long_name: stop elapsed time in seconds from 0000 UTC _ChunkSizes: 141
	UTC_Mid_WAS: Array of 64 bit Reals [time = 0..1635] time: units: s long_name: mid elapsed time in seconds from 0000 UTC _FillValue: -99999.0 _ChunkSizes: 141
	UTC_Mean_1s: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: mean elapsed time in seconds from 0000 UTC units: s _ChunkSizes: 141
	CO.X: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CO Dry Air Molar Mixing Ratio in ppb units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	Flag.CO.X: Array of 32 bit Integers [time = 0..1635] time: _FillValue: -99999 flag_meanings: CO_QCL CO_NOAA coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: flag_CO_QCLS_gap_filled_with_smoothed_CO_NOAA flag_values: 0, 1 _ChunkSizes: 141
	CO2.X: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CO Dry Air Molar Mixing Ratio in ppb coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	Flag.CO2.X: Array of 32 bit Integers [time = 0..1635] time: _FillValue: -99999 long_name: flag_CO2_QCLS_gap_filled_with_smoothed_CO2_NOAA flag_values: 0, 1 flag_meanings: CO2_NOAA CO2_QCL coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	prof.no: Array of 32 bit Integers [time = 0..1635] time: units: 1 long_name: Profile Number (>0) ; high level leg = 0 ; low level leg = -1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999 _ChunkSizes: 141
	Dist: Array of 32 bit Integers [time = 0..1635] time: _FillValue: -99999 long_name: Distance in km along the flight track units: km coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/P: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Static pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: hPa _ChunkSizes: 141
	/MMS/T: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: K long_name: Static Temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/TAS: Array of 64 bit Reals [time = 0..1635] time: units: m s-1 long_name: True Air Speed coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/MMS/U: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: E-W Horizontal Wind Speed units: m s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/V: Array of 64 bit Reals [time = 0..1635] time: long_name: N-S Horizontal Wind Speed units: m s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/MMS/W: Array of 64 bit Reals [time = 0..1635] time: long_name: Vertical Wind Speed units: m s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/MMS/TEDR: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: kw kg-1 long_name: Log10 of Turbulent Dissipation Rate coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/REYN: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Log10 of Reynolds Number per Length units: m-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/G_LAT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_north long_name: GPS Latitude standard_name: latitude _ChunkSizes: 141
	/MMS/G_LONG: Array of 64 bit Reals [time = 0..1635] time: long_name: GPS Longitude _FillValue: -99999.0 units: degree_east standard_name: longitude _ChunkSizes: 141
	/MMS/G_ALT: Array of 64 bit Reals [time = 0..1635] time: standard_name: altitude positive: up _FillValue: -99999.0 long_name: GPS Altitude units: m axis: Z _ChunkSizes: 141
	/MMS/POT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Potential Temperature units: K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/ROLL: Array of 64 bit Reals [time = 0..1635] time: units: degree long_name: Roll Angle +right wing down standard_name: platform_roll_angle _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/HDG: Array of 64 bit Reals [time = 0..1635] time: units: degree long_name: Heading Angle _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/PITCH: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 standard_name: platform_pitch_angle units: degree long_name: Pitch Angle coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/MMS/YAW: Array of 64 bit Reals [time = 0..1635] time: long_name: YAW (sideslip) Angle standard_name: platform_yaw_angle coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: degree _FillValue: -99999.0 _ChunkSizes: 141
	/MMS/AOA: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Angle of Attack coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: degree _ChunkSizes: 141
	/AMS/Stoptime_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: UTC_end_time_in_seconds_from_midnight units: s coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/MidPointTime_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: UTC_midpoint_time_in_seconds_from_midnight units: s coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/LAT_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_north long_name: Aircraft_latitude_at_time_of_sampling coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/LON_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_east coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: Aircraft_longitude_at_time_of_sampling _ChunkSizes: 141
	/AMS/ALT_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m long_name: Aircraft_GPS_altitude_at_time_of_sampling coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/OA_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: Mass_concentration_of_organic_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/OA_prec_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: 1s_precision_error_of_the_mass_concentration_of_organic_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/OA_DL_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Detection_limit_for_the_mass_concentration_of_organic_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: ug sm-3 _ChunkSizes: 141
	/AMS/Sulfate_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Mass_concentration_of_sulfate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: ug sm-3 _ChunkSizes: 141
	/AMS/Sulfate_prec_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: 1s_precision_error_of_the_mass_concentration_of_sulfate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Sulfate_DL_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: units: ug sm-3 long_name: Detection_limit_for_the_mass_concentration_of_sulfate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Nitrate_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: units: ug sm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: Mass_concentration_of_nitrate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS _ChunkSizes: 141
	/AMS/Nitrate_prec_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: 1s_precision_error_of_the_mass_concentration_of_nitrate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Nitrate_DL_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: Detection_limit_for_the_mass_concentration_of_nitrate_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Ammonium_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: Mass_concentration_of_ammonium_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Ammonium_prec_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: 1s_precision_error_of_the_mass_concentration_of_ammonium_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Ammonium_DL_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: Detection_limit_for_the_mass_concentration_of_ammonium_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Chloride_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: units: ug sm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: Mass_concentration_of_chloride_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS _ChunkSizes: 141
	/AMS/Chloride_prec_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: 1s_precision_error_of_the_mass_concentration_of_chloride_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Chloride_DL_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug sm-3 long_name: Detection_limit_for_the_mass_concentration_of_chloride_aerosol_in_air_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/StdtoVol_AMS: Array of 64 bit Reals [time = 0..1635] time: coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: m3 sm-3 long_name: Conversion_factor_from_std_to_ambient_volume_and_pressure _ChunkSizes: 141
	/AMS/CloudFlag_AMS: Array of 32 bit Integers [time = 0..1635] time: _FillValue: -99999 long_name: Datapoints_suspected_to_be_impacted_by_artifacts_due_to_ice_impaction_on_the_inlet flag_values: 0, 1 flag_meanings: not_impacted impacted coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/AmmBalance_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Ammonium_Molar_Balance_for_non_refractory_inorganic_species_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/Density_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: long_name: Estimated_aerosol_density_assuming_internally_mixed_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: g cm-3 _ChunkSizes: 141
	/AMS/OADensity_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Estimated_density_of_the_organic_aerosol_fraction_assuming_internally_mixed_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: g cm-3 _ChunkSizes: 141
	/AMS/OtoC_Ratio_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: O/C_atomic_ratio_of_the_organic_mass_fraction_of_the_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/HtoC_Ratio_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: H/C_atomic_ratio_of_the_organic_mass_fraction_of_the_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/OAtoOC_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: long_name: Organic_aerosol_to_organic_carbon_ratio_of_the_organic_mass_fraction_of_the_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _FillValue: -99999.0 _ChunkSizes: 141
	/AMS/OSc_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Estimated_average_oxidation_state_of_carbon_of_the_organic_mass_fraction_of_the_aerosol_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/f43_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: Fractional_contribution_of_m/z_43_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/AMS/f44_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_m/z_44_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/f57_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_m/z_57_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/f60_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_m/z_60_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/f82_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: long_name: Fractional_contribution_of_m/z_82_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _FillValue: -99999.0 _ChunkSizes: 141
	/AMS/f91_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Fractional_contribution_of_m/z_91_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _ChunkSizes: 141
	/AMS/fC2H3O_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_C2H3O+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/fCO2_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_CO2+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/fC4H9_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_C4H9+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/fC2H4O2_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_C2H4O2+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/fC5H6O_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_C5H6O+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/fC7H7_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Fractional_contribution_of_C7H7+_to_total_organic_mass_for_particle_diameter_less_than_1um_measured_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AMS/OrgNitr_Fraction_PM1_AMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Estimated_organic_nitrate_fractional_contribution_to_total_aerosol_nitrate_mass_by_HRAMS coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/CO2raw_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: dry air mole fraction (ppm) of CO2 on WMO X2007 scale coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/O2N2raw_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: deviations in the rato of O2 to N2 on the Scripps O2 Laboratory scale, per meg coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/APOraw_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: atmospheric potential oxygen (O2/N2+1.1*(CO2-350)), per meg coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/CO2_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: dry air mole fraction of CO2 on WMO X2007 scale adjusted to match Medusa flasks, ppm coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/O2N2_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: deviations in the rato of O2 to N2 on the Scripps O2 Laboratory scale adjusted to match Medusa flasks, per meg coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/AO2/APO_AO2: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-6 long_name: atmospheric potential oxygen (O2/N2+1.1*(CO2-350)) adjusted to match Medusa flasks, per meg coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/ATHOS-HOx/OH_ATHOS: Array of 64 bit Reals [time = 0..1635] time: long_name: OH mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _FillValue: -99999.0 _ChunkSizes: 141
	/ATHOS-HOx/HO2_ATHOS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HO2 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/ATHOS-OHI/OHInterference_ATHOS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: OH interference in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/ATHOS-OHR/T_OHR: Array of 64 bit Reals [time = 0..1635] time: coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: temperature inside OHR instrument units: K _FillValue: -99999.0 _ChunkSizes: 141
	/ATHOS-OHR/P_OHR: Array of 64 bit Reals [time = 0..1635] time: long_name: pressure inside OHR instrument coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: kPa _ChunkSizes: 141
	/ATHOS-OHR/OHReactivity_OHR: Array of 64 bit Reals [time = 0..1635] time: units: Hz coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: OH reactivity in Hz _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jO3_O2_O1D_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of O3->O2+O(1D) units: s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jNO2_NO_O3P_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of NO2->NO+O(3P) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jH2O2_OH_OH_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of H2O2->2OH units: s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jNO3_NO_O2_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of NO3->NO+O2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jNO3_NO2_O3P_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of NO3->NO2+O(3P) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: s-1 _ChunkSizes: 141
	/CAFS-JV/jN2O5_NO3_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of N2O5->NO3+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s-1 _ChunkSizes: 141
	/CAFS-JV/jHNO2_OH_NO_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of HNO2->OH+NO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jHNO3_OH_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of HNO3->OH+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jHNO4_HO2_NO2_UvVisOnly_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of HNO4->HO2+NO2(UV_VISonly) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jCH2O_H_HCO_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of CH2O->H+HCO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCH2O_H2_CO_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of CH2O->H2+CO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCH3CHO_CH3_HCO_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of CH3CHO->CH3+HCO _FillValue: -99999.0 units: s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jPropanal_CH2CH3_HCO_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 _FillValue: -99999.0 long_name: Photolysis frequency of Propanal->CH2CH3+HCO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCH3OOH_CH3O_OH_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of CH3OOH->CH3O+OH coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s-1 _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jMeONO2_CH3O_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of MeONO2->CH3O+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jEthONO2_CH3CH2O_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of EthONO2->CH3CH2O+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jPAN_CH3COO2_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of PAN->CH3COO2+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jPAN_CH3COO_NO3_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of PAN->CH3CO(O)+NO3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jMAC_NoProductsSpecified_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of MAC->NoProductsSpecified coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s-1 _ChunkSizes: 141
	/CAFS-JV/jMVK_NoProductsSpecified_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of MVK->NoProductsSpecified coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s-1 _ChunkSizes: 141
	/CAFS-JV/jAcetone_CH3CO_CH3_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of Acetone->CH3CO+CH3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jMEK_CH3CO_CH2CH3_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of MEK->CH3CO+CH2CH3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jHydroxyacetone_CH3CO_CH3O_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of Hydroxyacetone->CH3CO+CH3O coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jHydroxyacetone_CH3COO_CH3_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of Hydroxyacetone->CH3COO+CH3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCHOCHO_HCO_HCO_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of CHOCHO->HCO+HCO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCHOCHO_H2_2CO_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of CHOCHO->H2+2CO units: s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jCHOCHO_CH2O_CO_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of CHOCHO->CH2O+CO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCH3COCHO_CH3CO_HCO_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of CH3COCHO->CH3CO+HCO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/j23Butanedione_NoProductsSpecified_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of 23Butanedione->NoProductsSpecified coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCl2_Cl_Cl_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of Cl2->Cl+Cl coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jClO_Cl_O3P_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of ClO->Cl+O(3P) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jClNO2_Cl_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of ClNO2->Cl+NO2[JPL2015*] coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jClONO_Cl_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of ClONO->Cl+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jClONO2_Cl_NO3_CAFS: Array of 64 bit Reals [time = 0..1635] time: units: s-1 long_name: Photolysis frequency of ClONO2->Cl+NO3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/CAFS-JV/jClONO2_ClO_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of ClONO2->ClO+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBr2_Br_Br_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of Br2->Br+Br coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrO_Br_O_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of BrO->Br+O units: s-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jHOBr_OH_Br_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of HOBr->OH+Br coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrNO_Br_NO_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of BrNO->Br+NO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrONO_Br_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of BrONO->Br+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrONO_BrO_NO_CAFS: Array of 64 bit Reals [time = 0..1635] time: long_name: Photolysis frequency of BrONO->BrO+NO coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: s-1 _ChunkSizes: 141
	/CAFS-JV/jBrNO2_Br_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of BrNO2->Br+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrONO2_BrO_NO2_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of BrONO2->BrO+NO2 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jBrONO2_Br_NO3_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Photolysis frequency of BrONO2->Br+NO3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s-1 _ChunkSizes: 141
	/CAFS-JV/jBrCl_Br_Cl_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of BrCl->Br+Cl coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jCHBr3_NoProductsSpecified_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: s-1 long_name: Photolysis frequency of CHBr3->NoProductsSpecified coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jO3_dnwFrac_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: jO3_downwelling/(jO3_downwelling+jO3_upwelling) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CAFS-JV/jNO2_dnwFrac_CAFS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: jNO2_downwelling/(jNO2_downwelling+jNO2_upwelling) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _ChunkSizes: 141
	/CIT-H2O2/H2O2_CIT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: volume_mixing_ratio_of_hydrogen_peroxide_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CIT-HCN/HCN_CIT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: volume_mixing_ratio_of_hydrogen_cyanide_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 141
	/CIT-HNO3/HNO3_CIT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: volume_mixing_ratio_of_nitric_acid_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CIT-MHP/MHP_CIT: Array of 64 bit Reals [time = 0..1635] time: long_name: mixing_ratio_of_methyl_hydrogen_peroxide_in_parts_per_trillion coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-12 _ChunkSizes: 141
	/CIT-PAA/PAA_CIT: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: volume_mixing_ratio_of_peroxyacetic_acid_in_air_in_pptv _ChunkSizes: 141
	/CIT-PNA/PNA_CIT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: volume_mixing_ratio_of_peroxynitric_acid_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 141
	/CIT-SO2/SO2_CIT: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: gas-phase Sulfur Dioxide mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 141
	/CIT-SO2/SO2_CIT_uncer: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: 1-sigma uncertainty of gas-phase Sulfur Dioxide mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/CIT-SO2/SO2_CIT_precision: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: 1-sigma precision of gas-phase Sulfur Dioxide mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Cloudindicator/cloudindicator_CAPS: Array of 32 bit Integers [time = 0..1635] time: _FillValue: -99999 long_name: cloud indicator flag_values: 0, 1, 2, 3, 4 valid_range: 0, 4 flag_meanings: cloudfree humidity_influenced_coarse_mode_aerosol liquid_cloud mixed-phase_cloud ice_cloud coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/DLH-H2O/H2O_DLH: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: water vapor mixing ratio in ppmv units: 1e-6 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/DLH-H2O/RHi_DLH: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: relative humidity with respect to ice coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: percent _ChunkSizes: 141
	/DLH-H2O/RHw_DLH: Array of 64 bit Reals [time = 0..1635] time: units: percent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: relative humidity with respect to liquid _FillValue: -99999.0 _ChunkSizes: 141
	/GCECD/N2O_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: N2O dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _ChunkSizes: 141
	/GCECD/N2Oe_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: N2O dry mole fraction mixing ratio error 1-s (ppb) units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/SF6_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: SF6 dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 141
	/GCECD/SF6e_PECD: Array of 64 bit Reals [time = 0..1635] time: long_name: SF6 dry mole fraction mixing ratio error 1-s (ppt) _FillValue: -99999.0 units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/CFC11_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CFC11 dry mole fraction mixing ratio (ppt) units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/CFC11e_PECD: Array of 64 bit Reals [time = 0..1635] time: long_name: CFC11 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-12 _ChunkSizes: 141
	/GCECD/CFC113_PECD: Array of 64 bit Reals [time = 0..1635] time: long_name: CFC113 dry mole fraction mixing ratio (ppt) _FillValue: -99999.0 units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/CFC113e_PECD: Array of 64 bit Reals [time = 0..1635] time: long_name: CFC113 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _FillValue: -99999.0 _ChunkSizes: 141
	/GCECD/CFC12_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CFC12 dry mole fraction mixing ratio (ppt) units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/CFC12e_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CFC12 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/H1211_PECD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 long_name: H1211 dry mole fraction mixing ratio (ppt) _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/H1211e_PECD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 long_name: H1211 dry mole fraction mixing ratio error 1-s (ppt) _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/CH4_PECD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: CH4 dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GCECD/CH4e_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH4 dry mole fraction mixing ratio error 1-s (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _ChunkSizes: 141
	/GCECD/CO_PECD: Array of 64 bit Reals [time = 0..1635] time: long_name: CO dry mole fraction mixing ratio (ppb) _FillValue: -99999.0 units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/COe_PECD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: CO dry mole fraction mixing ratio error 1-s (ppb) _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GCECD/H2_PECD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: H2 dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GCECD/H2e_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: H2 dry mole fraction mixing ratio error 1-s (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _ChunkSizes: 141
	/GCECD/PAN_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: PAN dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 141
	/GCECD/PANe_PECD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: PAN dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/T_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: K _ChunkSizes: 141
	/GEOS5/U_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: zonal wind coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/V_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: meridional wind coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/H_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m long_name: geopotential height coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/Theta_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: K long_name: potential temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/EPV_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: K m2 kg-1 s-1 long_name: Ertel's potential vorticity coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/RH_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: relative Humidity coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/CO_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: Carbon monoxide mixing ratio (mol/mol) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/SO2_GEOS5: Array of 64 bit Reals [time = 0..1635] time: long_name: Sulfur dioxide mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _FillValue: -99999.0 _ChunkSizes: 141
	/GEOS5/SO4_GEOS5: Array of 64 bit Reals [time = 0..1635] time: long_name: Sulfate aerosol mass mixing ratio (kg/kg) units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GEOS5/BC_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: black carbon mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/OC_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: organic carbon mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/CONBGL_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO global non-biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/CONBAS_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO Asia non-biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/CONBNA_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO North American non-biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/CONBEU_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO European non-biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/COBBGL_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO global biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/COBBAE_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CO Asia and Europe biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1 _ChunkSizes: 141
	/GEOS5/COBBNA_GEOS5: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: CO North America biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GEOS5/COBBAF_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: CO Africa biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/COBBLA_GEOS5: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: CO Central and South America biomass burning mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GEOS5/SS_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: sea salt mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/DU_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: dust mass mixing ratio (kg/kg) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/PBLH_GEOS5: Array of 64 bit Reals [time = 0..1635] time: long_name: planetary boundary layer height units: m coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GEOS5/TROPPB_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: tropopause pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/U50M_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: Near-surface (50-m) zonal wind (X_eastward_wind_at_50m) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/V50M_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: Near-surface (50-m) meridional wind (X_eastward_wind_at_50m) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/SLP_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: Mean sea level pressure (CF_air_pressure_at_mean_sea_level) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GEOS5/PS_GEOS5: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Surface pressure (CF_surface_air_pressure) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: mb _ChunkSizes: 141
	/GMI/lat: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_north long_name: latitude _ChunkSizes: 141
	/GMI/lon: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree long_name: latitude (0-360 degrees) _ChunkSizes: 141
	/GMI/StaticPressure_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: hPa long_name: pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/TroposphereIndicator_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: tropopause indication units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/StaticTemperature_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: K long_name: temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH2O_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH2O mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH4_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH4 mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CO_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CO mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/H2_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: H2 mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/CHOOH_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: CHOOH mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/GMI/HNO3_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: HNO3 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/HNO4_GMI: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: HNO4 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/H2O_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: H2O mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/HO2_GMI: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: HO2 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/H2O2_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: H2O2 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH3OH_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: CH3OH mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/GMI/CH3OOH_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH3OOH mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/N2O_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: N2O mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/NO_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: NO mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/GMI/NO2_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: NO2 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/N2O5_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: N2O5 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/GMI/O3_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: O3 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/OH_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: OH mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH3Br_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH3Br mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH3Cl_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH3Cl mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CFC11_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CFC11 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CFC12_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CFC12 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CFC113_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CFC113 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CFC114_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CFC114 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CFC115_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CFC115 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/HCFC22_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: HCFC22 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/HCFC141b_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: HCFC141b mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/HCFC142b_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: HCFC142b mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/H1202_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: H1202 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/H1211_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: H1211 mixing ratio in ppbv _ChunkSizes: 141
	/GMI/H1301_GMI: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: H1301 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/H2402_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: H2402 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH3CHO_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH3CHO mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/C4-C5Alkanes_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: C4-C5Alkanes mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/Ethane_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: C2H6 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/Propane_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: C3H8 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/Ethanol_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: Ethanol mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/C2H5OOH_GMI: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: C2H5OOH mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/Isoprene_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: Isoprene mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/MAC_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: MAC mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/CH3CO3_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: CH3CO3 mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/GMI/MEK_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: MEK mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/MVK_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: MVK mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/PAN_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: PAN mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/MPAN_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: MPAN mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/PPN_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: PPN mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GMI/Propene_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Propene mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/C4andC5Alkylnitrates_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: C4andC5Alkylnitrates mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/C3toCnAldehydes_GMI: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: C3toCnAldehydes mixing ratio in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GMI/Acetone_GMI: Array of 64 bit Reals [time = 0..1635] time: long_name: Acetone mixing ratio in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/GTCIMSPANS/PAN_GTCIMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: volume_mixing_ratio_of_peroxyacetyl_nitrate_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/GTCIMSPANS/PPN_GTCIMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: volume_mixing_ratio_of_peroxyl_propionyl_nitrate_in_air_in_pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Day_Of_Year: Array of 64 bit Reals [time = 0..1635] time: coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: day of year units: d _ChunkSizes: 141
	/Hskping/Latitude: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_north long_name: latitude _ChunkSizes: 141
	/Hskping/Longitude: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_east long_name: longitude _ChunkSizes: 141
	/Hskping/MSL_GPS_Altitude: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m long_name: global positioning system altitude (mean sea level) positive: up _ChunkSizes: 141
	/Hskping/HAE_GPS_Altitude: Array of 64 bit Reals [time = 0..1635] time: units: m long_name: global positioning system altitude (height above ellipsoid) positive: up coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Hskping/Pressure_Altitude: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ft long_name: pressure altitude standard_name: barometric_altitude coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Radar_Altitude: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ft long_name: radar altitude coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Ground_Speed: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: ground speed standard_name: platform_speed_wrt_ground coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/True_Air_Speed: Array of 64 bit Reals [time = 0..1635] time: standard_name: platform_speed_wrt_air units: kts long_name: true air speed coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Hskping/Indicated_Air_Speed: Array of 64 bit Reals [time = 0..1635] time: units: kts long_name: indicated air speed coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Hskping/Mach_Number: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: mach number coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Vertical_Speed: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: vertical speed coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/True_Heading: Array of 64 bit Reals [time = 0..1635] time: units: degree long_name: true heading valid_range: 0.0, 360.0 standard_name: platform_yaw_angle _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Track_Angle: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree long_name: track angle valid_range: 0.0, 360.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Drift_Angle: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 valid_range: -180.0, 180.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: degree long_name: drift angle _ChunkSizes: 141
	/Hskping/Pitch_Angle: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree valid_range: -180.0, 180.0 long_name: pitch angle standard_name: platform_pitch_angle coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Roll_Angle: Array of 64 bit Reals [time = 0..1635] time: units: degree coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: roll angle valid_range: -180.0, 180.0 standard_name: platform_roll_angle _ChunkSizes: 141
	/Hskping/Static_Air_Temp: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Celsius long_name: static air temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Potential_Temp: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Celsius long_name: potential temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Dew_Point: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Celsius long_name: dew point standard_name: dew_point_temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Total_Air_Temp: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Celsius long_name: total air temperature standard_name: air_temperature coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/IR_Surf_Temp: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: IR surface temperature units: Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Static_Pressure: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: static pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Cabin_Pressure: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: cabin pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Wind_Speed: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: m s-1 long_name: wind speed standard_name: wind_speed coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Wind_Direction: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree long_name: wind direction valid_range: 0.0, 360.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Solar_Zenith_Angle: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree long_name: solar zenith angle standard_name: solar_zenith_angle coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Aircraft_Sun_Elevation: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 standard_name: solar_elevation_angle units: degree long_name: aircraft sun elevation coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Sun_Azimuth: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree long_name: sun azimuth standard_name: solar_azimuth_angle coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Aircraft_Sun_Azimuth: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 standard_name: platform_azimuth_angle units: degree long_name: aircraft sun azimuth coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Mixing_Ratio: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: g kg-1 long_name: H2O mixing ratio standard_name: humidity_mixing_ratio coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Part_Press_Water_Vapor: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: H2O vapor pressure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Sat_Vapor_Press_H2O: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: mb long_name: H2O sat vapor pressure water coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Hskping/Sat_Vapor_Press_Ice: Array of 64 bit Reals [time = 0..1635] time: long_name: H2O sat vapor pressure ice units: mb coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Hskping/Relative_Humidity: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: relative humidity standard_name: relative_humidity coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/ISAF-H2CO/CH2O: Array of 64 bit Reals [time = 0..1635] time: long_name: volume mixing ratio of formaldehyde in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _FillValue: -99999.0 _ChunkSizes: 141
	/Influences/Julian_Day: Array of 64 bit Reals [time = 0..1635] time: long_name: Julian days _FillValue: -99999.0 units: d coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Lat: Array of 64 bit Reals [time = 0..1635] time: units: degree_north coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: latitude _FillValue: -99999.0 _ChunkSizes: 141
	/Influences/Lon: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: degree_north long_name: longitude coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Pres: Array of 64 bit Reals [time = 0..1635] time: units: hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: pressure _FillValue: -99999.0 _ChunkSizes: 141
	/Influences/Prob_ConvInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: Probability ConvInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Prob_ConvInf_Land: Array of 64 bit Reals [time = 0..1635] time: long_name: Probability ConvInf Land coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: percent _ChunkSizes: 141
	/Influences/ConvInf_CldTop: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: ConvInf CldTop coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: km _ChunkSizes: 141
	/Influences/Days_Since_ConvInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Days since ConvInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: d _ChunkSizes: 141
	/Influences/Days_Since_Most_Recent_ConvInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Days since most recent ConvInf units: d coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Prob_BdyInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: Probability BdyInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Days_Since_BdyInf_Most_Recent: Array of 64 bit Reals [time = 0..1635] time: units: d long_name: Days since BdyInf most recent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Influences/Days_Since_BdyInf_All: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: d long_name: Days since BdyInf all coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Prob_Land_BdyInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: Probability Land BdyInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Days_Since_Land_BdyInf_Most_Recent: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: d long_name: Days since Land BdyInf most recent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Prob_SeaIceInf: Array of 64 bit Reals [time = 0..1635] time: units: percent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: Probability SeaIceInf _ChunkSizes: 141
	/Influences/Prob_StratInf: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: percent long_name: Probability StratInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Days_Since_StratInf_Most_Recent: Array of 64 bit Reals [time = 0..1635] time: long_name: Days since StratInf most recent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: d _ChunkSizes: 141
	/Influences/Days_Since_StratInf_All: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: d long_name: Days since StratInf all coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/Influences/Prob_FireInf: Array of 64 bit Reals [time = 0..1635] time: long_name: Probability FireInf coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: percent _ChunkSizes: 141
	/Influences/Days_Since_FireInf_Most_Recent: Array of 64 bit Reals [time = 0..1635] time: long_name: Days since FireInf most recent coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: d _ChunkSizes: 141
	/Influences/Days_Since_FireInf_All: Array of 64 bit Reals [time = 0..1635] time: units: d long_name: Days since FireInf all coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/Influences/Sunlight_Exposure: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: h long_name: Sunlight Exposure coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/End_LAS: Array of 64 bit Reals [time = 0..1635] time: long_name: seconds since midnight coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: s _FillValue: -99999.0 _ChunkSizes: 141
	/LASaerosol/N_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number of dry aerosol particles for all sizes at STP = 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/S_LAS: Array of 64 bit Reals [time = 0..1635] time: units: um2 cm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: particle surface area concentrations of dry aerosol particles for all sizes at STP = 1013 hPa and 0 Celsius _ChunkSizes: 141
	/LASaerosol/V_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentrations of dry aerosol particles for all sizes at STP = 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/Nacc_LAS: Array of 64 bit Reals [time = 0..1635] time: long_name: particle number of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.100 to 0.885 microns at STP coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: cm-3 _ChunkSizes: 141
	/LASaerosol/Sacc_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentrations of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.100 to 0.885 microns at STP coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/Vacc_LAS: Array of 64 bit Reals [time = 0..1635] time: units: um3 cm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: particle volume concentrations of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.100 to 0.885 microns at STP _ChunkSizes: 141
	/LASaerosol/Ncoarse_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.885 to approx 4 microns at STP coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/Scoarse_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentrations of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.885 to approx 4 microns at STP coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/LASaerosol/Vcoarse_LAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentrations of dry aerosol particles for ammonium sulfate optical equivalent diameter (D) = 0.885 to approx 4 microns at STP coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/N_nucl_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentration over nucleation mode diameter range 0.0027 < Dp <= 0.012 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/S_nucl_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentration over nucleation mode diameter range 0.0027 < Dp <= 0.012 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/V_nucl_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: particle volume concentration over nucleation mode diameter range 0.0027 < Dp <= 0.012 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: um3 cm-3 _ChunkSizes: 141
	/NAerosol/N_aitken_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentration over Aitken mode diameter range .012 < Dp <=0.06 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/S_aitken_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentration over Aitken mode diameter range .012 < Dp <=0.06 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/V_aitken_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentration over Aitken mode diameter range .012 < Dp <=0.06 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/N_accum_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentration over accumulation mode diameter range 0.06 < Dp <=0.50 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/S_accum_AMP: Array of 64 bit Reals [time = 0..1635] time: units: um2 cm-3 long_name: particle surface area concentration over accumulation mode diameter range 0.06 < Dp <=0.50 um at 1013 hPa and 0 Celsius _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/V_accum_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentration over accumulation mode diameter range 0.06 < Dp <=0.50 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/N_coarse_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: particle number concentration over coarse mode diameter range 0.50 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NAerosol/S_coarse_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentration over coarse mode diameter range 0.50 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/V_coarse_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentration over coarse mode diameter range 0.50 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/N_fine_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentration over nucleation, Aitken, and accumulation mode diameter ranges 0.0027 < Dp <=0.50 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/S_fine_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um2 cm-3 long_name: particle surface area concentration over nucleation, Aitken, and accumulation mode diameter ranges 0.0027 < Dp <=0.50 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/V_fine_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: um3 cm-3 long_name: particle volume concentration over nucleation, Aitken, and accumulation mode diameter ranges 0.0027 < Dp <=0.50 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_340_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 340 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_380_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 380 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_405_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 405 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_440_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 440 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_500_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 500 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_532_AMP: Array of 64 bit Reals [time = 0..1635] time: units: Mm-1 long_name: total calculated particle extinction at 532 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NAerosol/calc_ext_664_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 664 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_675_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 675 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_870_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 870 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_937_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated particle extinction at 937 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/calc_ext_1020_AMP: Array of 64 bit Reals [time = 0..1635] time: units: Mm-1 long_name: total calculated particle extinction at 1020 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NAerosol/calc_ext_1064_AMP: Array of 64 bit Reals [time = 0..1635] time: units: Mm-1 long_name: total calculated particle extinction at 1064 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NAerosol/calc_ext_1640_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: total calculated particle extinction at 1640 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: Mm-1 _ChunkSizes: 141
	/NAerosol/asymmetry_340_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 340 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_380_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 380 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_405_AMP: Array of 64 bit Reals [time = 0..1635] time: units: Mm-1 long_name: total calculated asymmetry parameter at 405 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NAerosol/asymmetry_440_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: total calculated asymmetry parameter at 440 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: Mm-1 _ChunkSizes: 141
	/NAerosol/asymmetry_500_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: total calculated asymmetry parameter at 500 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: Mm-1 _ChunkSizes: 141
	/NAerosol/asymmetry_532_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 532 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_664_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 664 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_675_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 675 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_870_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 870 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_937_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 937 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_1020_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 1020 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_1064_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: Mm-1 long_name: total calculated asymmetry parameter at 1064 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NAerosol/asymmetry_1640_AMP: Array of 64 bit Reals [time = 0..1635] time: units: Mm-1 long_name: total calculated asymmetry parameter at 1640 nm wavelength assuming dry ammonium sulfate over diameter ranges 0.0027 < Dp <=4.8 um at 1013 hPa and 0 Celsius smoothed with 10 iterations of binomial smoothing coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NCoarseAerosol/Nacc_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentrations (N) of aerosol and cloud particles for ammonium sulfate optical equivalent diameter ranges 0.57 to 1.0 um at 1013.25 hPa and 273.15 K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NCoarseAerosol/Ncoa1_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentrations (N) of aerosol and cloud particles for ammonium sulfate optical equivalent diameter ranges 1.0 to 10.0 um at 1013.25 hPa and 273.15 K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NCoarseAerosol/Ncoa2_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentrations (N) of aerosol and cloud particles for ammonium sulfate optical equivalent diameter ranges 10.0 to 30.0 um at 1013.25 hPa and 273.15 K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NCoarseAerosol/Ncoa3_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentrations (N) of aerosol and cloud particles for ammonium sulfate optical equivalent diameter ranges 30.0 to 50.0 um at 1013.25 hPa and 273.15 K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NCoarseAerosol/Ntot_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: particle number concentrations (N) of aerosol and cloud particles for all sizes at 1013.25 hPa and 273.15 K coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NCoarseAerosol/STP_Factor_CAPS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: standard temperature and pressure factor units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOAA-Picarro/CO2_NOAA: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CO2 dry air mole fraction in ppm units: 1e-6 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOAA-Picarro/CH4_NOAA: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH4 dry air mole fraction in ppb coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOAA-Picarro/CO_NOAA: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CO dry air mole fraction in ppb units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO2PSS/NO2_PSS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: volume mixing ratio of calculated NO2 in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO2PSS/NO2_PSS_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of calculated NO2 in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO2PSS/NOx_PSS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: volume mixing ratio of calculated NOx in air in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO2PSS/NOx_PSS_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of calculated NOx in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO2/NO2_CL: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: volume mixing ratio of nitrogen dioxide in air in ppbv _ChunkSizes: 141
	/NOyO3-NO2/NO2_CL_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of nitrogen dioxide in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NO/NO_CL: Array of 64 bit Reals [time = 0..1635] time: long_name: volume mixing ratio of nitric oxide in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/NOyO3-NO/NO_CL_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of nitric oxide in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _ChunkSizes: 141
	/NOyO3-NOy/NOy_CL: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: volume mixing ratio of reactive nitric oxide in air in ppbv units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-NOy/NOy_CL_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of reactive nitric oxide in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/NOyO3-O3/O3_CL: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: volume mixing ratio of ozone in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/NOyO3-O3/O3_CL_2sigma: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: 2-sigma uncertainty of 1Hz data of volume mixing ratio of ozone in air in ppbv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-Chem-Mass/GASMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: ug stdm-3 long_name: mass concentration of glycolic acid sulfate in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS-Chem-Mass/IEPOXsulfMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of IEPOX sulfate ester in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-Chem-Mass/IodineMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of iodine in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-Chem-Mass/OrgMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of organic material in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-Chem-Mass/SulfateMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of sulfate in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-Chem-Mass/BromineMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of bromine in non-refractory particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/SulfOrgNitMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of mixed sulfate-organic-nitrate particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/BioBurnMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: ug stdm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: mass concentration of biomass burning particles _ChunkSizes: 141
	/PALMS-PartType-Mass/SootMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of elemental carbon particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/MineralMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: long_name: mass concentration of mineral/metallic particles units: ug stdm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS-PartType-Mass/MeteoricMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: ug stdm-3 long_name: mass concentration of particles with meteoric material coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/AlkaliSaltMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: mass concentration of alkali salt particles units: ug stdm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/SeaSaltMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: ug stdm-3 _FillValue: -99999.0 long_name: mass concentration of sea salt particles coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/OilCombMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: mass concentration of particles from fuel oil combustion coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: ug stdm-3 _ChunkSizes: 141
	/PALMS-PartType-Mass/UnclassMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: mass concentration of unclassified particles units: ug stdm-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS-PartType-Mass/NposMass_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: number of positive ion particle spectra units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/SulfOrgNitFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: mixed sulfate-organic-nitrate particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS/BioBurnFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: biomass burning particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/SootFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: elemental carbon particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS/MineralFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: mineral/metallic particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/MeteoricFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: particles with meteoric material in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/AlkaliSaltFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: alkali salt particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/SeaSaltFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: units: 1 long_name: sea salt particles in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS/OilCombFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: particles from heavy oil combustion in number fraction coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/UnclassFrac_PALMS: Array of 64 bit Reals [time = 0..1635] time: long_name: unclassified particles in number fraction units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS/OrgSulfMF_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: organic-to-sulfate mass fraction units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/IEPOXmf_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: fraction of submicron aerosol mass attributed to IEPOX sulfate coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/GASmf_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1 long_name: fraction of submicron aerosol mass attributed to glycolic acid sulfate coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/SulfNeut_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: degree of sulfate neutralization in molar units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/Npos_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: counts of positive ion particles units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/PALMS/NNeg_PALMS: Array of 64 bit Reals [time = 0..1635] time: long_name: counts of negative ion products units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/PALMS/NAcid_PALMS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: counts of SulfNeut product units: 1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/QCLS-CH4-CO-N2O/CH4_QCLS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH4 Dry Air Molar Mixing Ratio in ppb coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-9 _ChunkSizes: 141
	/QCLS-CH4-CO-N2O/N2O_QCLS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: N2O Dry Air Molar Mixing Ratio in ppb coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/QCLS-CH4-CO-N2O/CO_QCLS: Array of 64 bit Reals [time = 0..1635] time: long_name: CO Dry Air Molar Mixing Ratio in ppb units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/QCLS-CO2/CO2_QCLS: Array of 64 bit Reals [time = 0..1635] time: long_name: CO2 Dry Air Molar Mixing Ratio in ppm _FillValue: -99999.0 units: 1e-6 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_300nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.318 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: M m-1 _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_320nm: Array of 64 bit Reals [time = 0..1635] time: long_name: LOD0.117 _FillValue: -99999.0 units: M m-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_340nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.076 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_360nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.053 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_380nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.039 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_400nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.030 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_420nm: Array of 64 bit Reals [time = 0..1635] time: long_name: LOD0.024 _FillValue: -99999.0 units: M m-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_440nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.023 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_460nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.019 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: M m-1 _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_480nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.018 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_500nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.016 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_520nm: Array of 64 bit Reals [time = 0..1635] time: long_name: LOD0.015 _FillValue: -99999.0 units: M m-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_540nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.017 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_560nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.021 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_580nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.029 units: M m-1 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_600nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.028 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: M m-1 _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_620nm: Array of 64 bit Reals [time = 0..1635] time: coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: M m-1 long_name: LOD0.032 _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_640nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.084 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_660nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.101 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_680nm: Array of 64 bit Reals [time = 0..1635] time: units: M m-1 long_name: LOD0.115 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_700nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.181 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/WS_Abs_365nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.050 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_300nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD1.234 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_320nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.609 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_340nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.373 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_360nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.229 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_380nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.125 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_400nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.069 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: M m-1 _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_420nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.051 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_440nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.040 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_460nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.033 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_480nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.033 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_500nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.032 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_520nm: Array of 64 bit Reals [time = 0..1635] time: units: M m-1 long_name: LOD0.045 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_540nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.066 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_560nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.102 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_580nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.143 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_600nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.181 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_620nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.164 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_640nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.095 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_660nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.049 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_680nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.048 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_700nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: M m-1 long_name: LOD0.053 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SAGA-Abs/MS_Abs_365nm: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: LOD0.194 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: M m-1 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_1_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_2.7nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_2_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_3_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3.4nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_4_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3.8nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_5_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_4.2nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_6_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_4.8nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: cm-3 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_7_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_5.3nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_8_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_6nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_9_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_6.7nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_10_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_7.5nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_11_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_8.5nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_12_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_9.5nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_13_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_10.6nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_14_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_11.9nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_15_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_13.4nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_16_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_15nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_17_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_16.9nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_18_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_18.9nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_19_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_21.2nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_20_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_23.8nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_21_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_26.7nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_22_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_30nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: cm-3 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_23_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_33.7nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_24_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_37.8nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_25_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_42.4nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_26_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_47.5nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_27_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_53.3nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_28_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_59.9nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_29_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_67.2nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_30_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_75.4nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_31_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_84.6nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_32_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_94.9nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_33_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_106nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_34_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_119nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_35_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_134nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_36_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_150nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_37_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_169nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_38_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_189nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_39_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_212nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_40_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_238nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_41_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_267nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_42_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_300nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_43_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_337nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_44_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_378nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_45_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_424nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_46_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_475nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_47_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_533nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_48_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_599nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_49_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_672nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_50_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_754nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_51_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_846nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_52_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_949nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_53_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1064nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_54_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1194nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_55_AMP: Array of 64 bit Reals [time = 0..1635] time: units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1340nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_56_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1504nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_57_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1687nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_58_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_1893nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_59_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_2124nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_60_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_2383nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_61_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_2674nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_62_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3000nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_63_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3366nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_64_AMP: Array of 64 bit Reals [time = 0..1635] time: long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_3777nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: cm-3 _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_65_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_4238nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SDAerosol/dNdlogDp_dry_66_AMP: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: cm-3 long_name: number_size_distribution_of_dry_particles_in_air_per_dlog10Dp_for_bin_center_amm_sulf_equivalent_optical_diameter_at_4755nm_AMP_at_273.15K_and_1013hPa coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/SP2-BC/BC_mass_90_550_nm: Array of 64 bit Reals [time = 0..1635] time: units: ng std m-3 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT long_name: BC concentration _FillValue: -99999.0 _ChunkSizes: 141
	/UCATS-GC/N2O_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: N20 dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/N2Oe_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: N20 dry mole fraction mixing ratio error 1-s (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/SF6_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: SF6 dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/SF6e_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: SF6 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/CH4_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: CH4 dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/CH4e_UCATS: Array of 64 bit Reals [time = 0..1635] time: units: 1e-9 long_name: CH4 dry mole fraction mixing ratio error 1-s (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/UCATS-GC/H2_UCATS: Array of 64 bit Reals [time = 0..1635] time: long_name: H2 dry mole fraction mixing ratio (ppb) _FillValue: -99999.0 units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/H2e_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-9 long_name: H2 dry mole fraction mixing ratio error 1-s (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-GC/CO_UCATS: Array of 64 bit Reals [time = 0..1635] time: long_name: CH3Cl dry mole fraction mixing ratio (ppb) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 units: 1e-9 _ChunkSizes: 141
	/UCATS-GC/COe_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH3Cl dry mole fraction mixing ratio error 1-s (ppb) units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-H2O/H2O_UWV: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: UCATS water vapor mixing ratio (ppm) units: 1e-6 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-H2O/H2Oe_UWV: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: UCATS water vapor mixing ratio error (ppm) units: 1e-6 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/UCATS-O3/O3_UCATS: Array of 64 bit Reals [time = 0..1635] time: long_name: UCATS ozone mixing ratio (ppb) units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/UCATS-O3/O3e_UCATS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: UCATS ozone mixing ratio error (ppb) units: 1e-9 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/OCS_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: carbonyl sulfide mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/DMS_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: dimethyl sulfide mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CFC12_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CFC-12 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CFC11_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CFC-11 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CFC113_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CFC-113 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CFC114_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CFC-141 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HFC152a_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: HFC152a mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HFC134a_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HFC-134a mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HFC365mfc_WAS: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 long_name: HFC-365mfc mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/WAS/HCFC124_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC124 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HCFC22_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: HCFC22 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HCFC142b_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC-142b mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/HCFC141b_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC-141b mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/H1301_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: H-1301 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/H2402_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: H-2402 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/H1211_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: H-1211 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH3CCl3_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CH3CCl3 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CCl4_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CCl4 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CHCl3_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CHCl3 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH2Cl2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH2Cl2 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/C2Cl4_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: C2Cl4 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH3Cl_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Cl mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH3Br_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Br mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH3I_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3I mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH2Br2_WAS: Array of 64 bit Reals [time = 0..1635] time: long_name: CH2Br2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/WAS/CHBrCl2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CHBrCl2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CHBr2Cl_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CHBr2Cl mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CHBr3_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CHBr3 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/CH2ClCH2Cl_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH2ClCH2Cl mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/MeONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: MeONO2 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/EthONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: EthONO2 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/iPropONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: i-PrONO2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/nPropONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: n-PrONO2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/x2ButONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: 2-ButONO2 mixing ratio in pptv _ChunkSizes: 141
	/WAS/x3PentONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: 3-PentONO2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/x2PentONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: 2-PenONO2 mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/x3Me2ButONO2_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: 3-Methyl 2-BuONO2 mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Ethane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: Ethane mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Ethene_WAS: Array of 64 bit Reals [time = 0..1635] time: long_name: Ethene mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/WAS/Ethyne_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Ethyne mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Propane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: Propane mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Propene_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: Propene mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/iButane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: i-Butane mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/nButane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: n-Butane mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/iPentane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: i-Pentane mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/nPentane_WAS: Array of 64 bit Reals [time = 0..1635] time: long_name: n-Pentane mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/WAS/Isoprene_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: Isoprene mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/nHexane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: n-Hexane mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/nHeptane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: n-Heptane mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/x2MePentane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: 2-Methylpentane mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/x3MePentane_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: 3-Methylpentane mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Benzene_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: Benzene mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/Toluene_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: Toluene mixing ratio in pptv coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/EthBenzene_WAS: Array of 64 bit Reals [time = 0..1635] time: long_name: Ethylbenzene mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 141
	/WAS/mpXylene_WAS: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: m/p-Xylene mixing ratio in pptv units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 141
	/WAS/oXylene_WAS: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 long_name: o-Xylene mixing ratio in pptv _ChunkSizes: 141
	/GCMSD/CH3Cl_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Cl dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CH3Cle_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Cl dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CH3Br_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Br dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CH3Bre_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3Br dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CH3I_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3I dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CH3Ie_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CH3I dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/HFC134a_PMSD: Array of 64 bit Reals [time = 0..1635] time: units: 1e-12 long_name: HFC134a dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 273
	/GCMSD/HFC134ae_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 long_name: HFC134a dry mole fraction mixing ratio error 1-s (ppt) _ChunkSizes: 273
	/GCMSD/HCFC22_PMSD: Array of 64 bit Reals [time = 0..1635] time: long_name: HCFC22 dry mole fraction mixing ratio (ppt) units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _FillValue: -99999.0 _ChunkSizes: 273
	/GCMSD/HCFC22e_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: HCFC22 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 273
	/GCMSD/HCFC141b_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: HCFC141b dry mole fraction mixing ratio (ppt) units: 1e-12 coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/HCFC141be_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC141b dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/HCFC142b_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC142b dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/HCFC142be_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: HCFC142b dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/OCS_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: OCS dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 273
	/GCMSD/OCSe_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: OCS dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273
	/GCMSD/CS2_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 long_name: CS2 dry mole fraction mixing ratio (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT units: 1e-12 _ChunkSizes: 273
	/GCMSD/CS2e_PMSD: Array of 64 bit Reals [time = 0..1635] time: _FillValue: -99999.0 units: 1e-12 long_name: CS2 dry mole fraction mixing ratio error 1-s (ppt) coordinates: time /MMS/G_LAT /MMS/G_LONG /MMS/G_ALT _ChunkSizes: 273

For questions or comments about this dataset, contact the administrator of this server [Contact us] at: uso@daac.ornl.gov

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DDS:

Dataset {
    String Flight_ID;
    Float64 time[time = 1636];
    Float64 time_bnds[time = 1636][nv = 2];
    Int32 Flight_Date[time = 1636];
    Int32 RF[time = 1636];
    Float64 CumDist[time = 1636];
    Float64 UTC_Start[time = 1636];
    Float64 UTC_Stop_WAS[time = 1636];
    Float64 UTC_Mid_WAS[time = 1636];
    Float64 UTC_Mean_1s[time = 1636];
    Float64 CO.X[time = 1636];
    Int32 Flag.CO.X[time = 1636];
    Float64 CO2.X[time = 1636];
    Int32 Flag.CO2.X[time = 1636];
    Int32 prof.no[time = 1636];
    Int32 Dist[time = 1636];
    Float64 /MMS/P[time = 1636];
    Float64 /MMS/T[time = 1636];
    Float64 /MMS/TAS[time = 1636];
    Float64 /MMS/U[time = 1636];
    Float64 /MMS/V[time = 1636];
    Float64 /MMS/W[time = 1636];
    Float64 /MMS/TEDR[time = 1636];
    Float64 /MMS/REYN[time = 1636];
    Float64 /MMS/G_LAT[time = 1636];
    Float64 /MMS/G_LONG[time = 1636];
    Float64 /MMS/G_ALT[time = 1636];
    Float64 /MMS/POT[time = 1636];
    Float64 /MMS/ROLL[time = 1636];
    Float64 /MMS/HDG[time = 1636];
    Float64 /MMS/PITCH[time = 1636];
    Float64 /MMS/YAW[time = 1636];
    Float64 /MMS/AOA[time = 1636];
    Float64 /AMS/Stoptime_AMS[time = 1636];
    Float64 /AMS/MidPointTime_AMS[time = 1636];
    Float64 /AMS/LAT_AMS[time = 1636];
    Float64 /AMS/LON_AMS[time = 1636];
    Float64 /AMS/ALT_AMS[time = 1636];
    Float64 /AMS/OA_PM1_AMS[time = 1636];
    Float64 /AMS/OA_prec_PM1_AMS[time = 1636];
    Float64 /AMS/OA_DL_PM1_AMS[time = 1636];
    Float64 /AMS/Sulfate_PM1_AMS[time = 1636];
    Float64 /AMS/Sulfate_prec_PM1_AMS[time = 1636];
    Float64 /AMS/Sulfate_DL_PM1_AMS[time = 1636];
    Float64 /AMS/Nitrate_PM1_AMS[time = 1636];
    Float64 /AMS/Nitrate_prec_PM1_AMS[time = 1636];
    Float64 /AMS/Nitrate_DL_PM1_AMS[time = 1636];
    Float64 /AMS/Ammonium_PM1_AMS[time = 1636];
    Float64 /AMS/Ammonium_prec_PM1_AMS[time = 1636];
    Float64 /AMS/Ammonium_DL_PM1_AMS[time = 1636];
    Float64 /AMS/Chloride_PM1_AMS[time = 1636];
    Float64 /AMS/Chloride_prec_PM1_AMS[time = 1636];
    Float64 /AMS/Chloride_DL_PM1_AMS[time = 1636];
    Float64 /AMS/StdtoVol_AMS[time = 1636];
    Int32 /AMS/CloudFlag_AMS[time = 1636];
    Float64 /AMS/AmmBalance_PM1_AMS[time = 1636];
    Float64 /AMS/Density_PM1_AMS[time = 1636];
    Float64 /AMS/OADensity_PM1_AMS[time = 1636];
    Float64 /AMS/OtoC_Ratio_PM1_AMS[time = 1636];
    Float64 /AMS/HtoC_Ratio_PM1_AMS[time = 1636];
    Float64 /AMS/OAtoOC_PM1_AMS[time = 1636];
    Float64 /AMS/OSc_PM1_AMS[time = 1636];
    Float64 /AMS/f43_PM1_AMS[time = 1636];
    Float64 /AMS/f44_PM1_AMS[time = 1636];
    Float64 /AMS/f57_PM1_AMS[time = 1636];
    Float64 /AMS/f60_PM1_AMS[time = 1636];
    Float64 /AMS/f82_PM1_AMS[time = 1636];
    Float64 /AMS/f91_PM1_AMS[time = 1636];
    Float64 /AMS/fC2H3O_PM1_AMS[time = 1636];
    Float64 /AMS/fCO2_PM1_AMS[time = 1636];
    Float64 /AMS/fC4H9_PM1_AMS[time = 1636];
    Float64 /AMS/fC2H4O2_PM1_AMS[time = 1636];
    Float64 /AMS/fC5H6O_PM1_AMS[time = 1636];
    Float64 /AMS/fC7H7_PM1_AMS[time = 1636];
    Float64 /AMS/OrgNitr_Fraction_PM1_AMS[time = 1636];
    Float64 /AO2/CO2raw_AO2[time = 1636];
    Float64 /AO2/O2N2raw_AO2[time = 1636];
    Float64 /AO2/APOraw_AO2[time = 1636];
    Float64 /AO2/CO2_AO2[time = 1636];
    Float64 /AO2/O2N2_AO2[time = 1636];
    Float64 /AO2/APO_AO2[time = 1636];
    Float64 /ATHOS-HOx/OH_ATHOS[time = 1636];
    Float64 /ATHOS-HOx/HO2_ATHOS[time = 1636];
    Float64 /ATHOS-OHI/OHInterference_ATHOS[time = 1636];
    Float64 /ATHOS-OHR/T_OHR[time = 1636];
    Float64 /ATHOS-OHR/P_OHR[time = 1636];
    Float64 /ATHOS-OHR/OHReactivity_OHR[time = 1636];
    Float64 /CAFS-JV/jO3_O2_O1D_CAFS[time = 1636];
    Float64 /CAFS-JV/jNO2_NO_O3P_CAFS[time = 1636];
    Float64 /CAFS-JV/jH2O2_OH_OH_CAFS[time = 1636];
    Float64 /CAFS-JV/jNO3_NO_O2_CAFS[time = 1636];
    Float64 /CAFS-JV/jNO3_NO2_O3P_CAFS[time = 1636];
    Float64 /CAFS-JV/jN2O5_NO3_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jHNO2_OH_NO_CAFS[time = 1636];
    Float64 /CAFS-JV/jHNO3_OH_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jHNO4_HO2_NO2_UvVisOnly_CAFS[time = 1636];
    Float64 /CAFS-JV/jCH2O_H_HCO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCH2O_H2_CO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCH3CHO_CH3_HCO_CAFS[time = 1636];
    Float64 /CAFS-JV/jPropanal_CH2CH3_HCO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCH3OOH_CH3O_OH_CAFS[time = 1636];
    Float64 /CAFS-JV/jMeONO2_CH3O_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jEthONO2_CH3CH2O_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jPAN_CH3COO2_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jPAN_CH3COO_NO3_CAFS[time = 1636];
    Float64 /CAFS-JV/jMAC_NoProductsSpecified_CAFS[time = 1636];
    Float64 /CAFS-JV/jMVK_NoProductsSpecified_CAFS[time = 1636];
    Float64 /CAFS-JV/jAcetone_CH3CO_CH3_CAFS[time = 1636];
    Float64 /CAFS-JV/jMEK_CH3CO_CH2CH3_CAFS[time = 1636];
    Float64 /CAFS-JV/jHydroxyacetone_CH3CO_CH3O_CAFS[time = 1636];
    Float64 /CAFS-JV/jHydroxyacetone_CH3COO_CH3_CAFS[time = 1636];
    Float64 /CAFS-JV/jCHOCHO_HCO_HCO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCHOCHO_H2_2CO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCHOCHO_CH2O_CO_CAFS[time = 1636];
    Float64 /CAFS-JV/jCH3COCHO_CH3CO_HCO_CAFS[time = 1636];
    Float64 /CAFS-JV/j23Butanedione_NoProductsSpecified_CAFS[time = 1636];
    Float64 /CAFS-JV/jCl2_Cl_Cl_CAFS[time = 1636];
    Float64 /CAFS-JV/jClO_Cl_O3P_CAFS[time = 1636];
    Float64 /CAFS-JV/jClNO2_Cl_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jClONO_Cl_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jClONO2_Cl_NO3_CAFS[time = 1636];
    Float64 /CAFS-JV/jClONO2_ClO_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jBr2_Br_Br_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrO_Br_O_CAFS[time = 1636];
    Float64 /CAFS-JV/jHOBr_OH_Br_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrNO_Br_NO_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrONO_Br_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrONO_BrO_NO_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrNO2_Br_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrONO2_BrO_NO2_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrONO2_Br_NO3_CAFS[time = 1636];
    Float64 /CAFS-JV/jBrCl_Br_Cl_CAFS[time = 1636];
    Float64 /CAFS-JV/jCHBr3_NoProductsSpecified_CAFS[time = 1636];
    Float64 /CAFS-JV/jO3_dnwFrac_CAFS[time = 1636];
    Float64 /CAFS-JV/jNO2_dnwFrac_CAFS[time = 1636];
    Float64 /CIT-H2O2/H2O2_CIT[time = 1636];
    Float64 /CIT-HCN/HCN_CIT[time = 1636];
    Float64 /CIT-HNO3/HNO3_CIT[time = 1636];
    Float64 /CIT-MHP/MHP_CIT[time = 1636];
    Float64 /CIT-PAA/PAA_CIT[time = 1636];
    Float64 /CIT-PNA/PNA_CIT[time = 1636];
    Float64 /CIT-SO2/SO2_CIT[time = 1636];
    Float64 /CIT-SO2/SO2_CIT_uncer[time = 1636];
    Float64 /CIT-SO2/SO2_CIT_precision[time = 1636];
    Int32 /Cloudindicator/cloudindicator_CAPS[time = 1636];
    Float64 /DLH-H2O/H2O_DLH[time = 1636];
    Float64 /DLH-H2O/RHi_DLH[time = 1636];
    Float64 /DLH-H2O/RHw_DLH[time = 1636];
    Float64 /GCECD/N2O_PECD[time = 1636];
    Float64 /GCECD/N2Oe_PECD[time = 1636];
    Float64 /GCECD/SF6_PECD[time = 1636];
    Float64 /GCECD/SF6e_PECD[time = 1636];
    Float64 /GCECD/CFC11_PECD[time = 1636];
    Float64 /GCECD/CFC11e_PECD[time = 1636];
    Float64 /GCECD/CFC113_PECD[time = 1636];
    Float64 /GCECD/CFC113e_PECD[time = 1636];
    Float64 /GCECD/CFC12_PECD[time = 1636];
    Float64 /GCECD/CFC12e_PECD[time = 1636];
    Float64 /GCECD/H1211_PECD[time = 1636];
    Float64 /GCECD/H1211e_PECD[time = 1636];
    Float64 /GCECD/CH4_PECD[time = 1636];
    Float64 /GCECD/CH4e_PECD[time = 1636];
    Float64 /GCECD/CO_PECD[time = 1636];
    Float64 /GCECD/COe_PECD[time = 1636];
    Float64 /GCECD/H2_PECD[time = 1636];
    Float64 /GCECD/H2e_PECD[time = 1636];
    Float64 /GCECD/PAN_PECD[time = 1636];
    Float64 /GCECD/PANe_PECD[time = 1636];
    Float64 /GEOS5/T_GEOS5[time = 1636];
    Float64 /GEOS5/U_GEOS5[time = 1636];
    Float64 /GEOS5/V_GEOS5[time = 1636];
    Float64 /GEOS5/H_GEOS5[time = 1636];
    Float64 /GEOS5/Theta_GEOS5[time = 1636];
    Float64 /GEOS5/EPV_GEOS5[time = 1636];
    Float64 /GEOS5/RH_GEOS5[time = 1636];
    Float64 /GEOS5/CO_GEOS5[time = 1636];
    Float64 /GEOS5/SO2_GEOS5[time = 1636];
    Float64 /GEOS5/SO4_GEOS5[time = 1636];
    Float64 /GEOS5/BC_GEOS5[time = 1636];
    Float64 /GEOS5/OC_GEOS5[time = 1636];
    Float64 /GEOS5/CONBGL_GEOS5[time = 1636];
    Float64 /GEOS5/CONBAS_GEOS5[time = 1636];
    Float64 /GEOS5/CONBNA_GEOS5[time = 1636];
    Float64 /GEOS5/CONBEU_GEOS5[time = 1636];
    Float64 /GEOS5/COBBGL_GEOS5[time = 1636];
    Float64 /GEOS5/COBBAE_GEOS5[time = 1636];
    Float64 /GEOS5/COBBNA_GEOS5[time = 1636];
    Float64 /GEOS5/COBBAF_GEOS5[time = 1636];
    Float64 /GEOS5/COBBLA_GEOS5[time = 1636];
    Float64 /GEOS5/SS_GEOS5[time = 1636];
    Float64 /GEOS5/DU_GEOS5[time = 1636];
    Float64 /GEOS5/PBLH_GEOS5[time = 1636];
    Float64 /GEOS5/TROPPB_GEOS5[time = 1636];
    Float64 /GEOS5/U50M_GEOS5[time = 1636];
    Float64 /GEOS5/V50M_GEOS5[time = 1636];
    Float64 /GEOS5/SLP_GEOS5[time = 1636];
    Float64 /GEOS5/PS_GEOS5[time = 1636];
    Float64 /GMI/lat[time = 1636];
    Float64 /GMI/lon[time = 1636];
    Float64 /GMI/StaticPressure_GMI[time = 1636];
    Float64 /GMI/TroposphereIndicator_GMI[time = 1636];
    Float64 /GMI/StaticTemperature_GMI[time = 1636];
    Float64 /GMI/CH2O_GMI[time = 1636];
    Float64 /GMI/CH4_GMI[time = 1636];
    Float64 /GMI/CO_GMI[time = 1636];
    Float64 /GMI/H2_GMI[time = 1636];
    Float64 /GMI/CHOOH_GMI[time = 1636];
    Float64 /GMI/HNO3_GMI[time = 1636];
    Float64 /GMI/HNO4_GMI[time = 1636];
    Float64 /GMI/H2O_GMI[time = 1636];
    Float64 /GMI/HO2_GMI[time = 1636];
    Float64 /GMI/H2O2_GMI[time = 1636];
    Float64 /GMI/CH3OH_GMI[time = 1636];
    Float64 /GMI/CH3OOH_GMI[time = 1636];
    Float64 /GMI/N2O_GMI[time = 1636];
    Float64 /GMI/NO_GMI[time = 1636];
    Float64 /GMI/NO2_GMI[time = 1636];
    Float64 /GMI/N2O5_GMI[time = 1636];
    Float64 /GMI/O3_GMI[time = 1636];
    Float64 /GMI/OH_GMI[time = 1636];
    Float64 /GMI/CH3Br_GMI[time = 1636];
    Float64 /GMI/CH3Cl_GMI[time = 1636];
    Float64 /GMI/CFC11_GMI[time = 1636];
    Float64 /GMI/CFC12_GMI[time = 1636];
    Float64 /GMI/CFC113_GMI[time = 1636];
    Float64 /GMI/CFC114_GMI[time = 1636];
    Float64 /GMI/CFC115_GMI[time = 1636];
    Float64 /GMI/HCFC22_GMI[time = 1636];
    Float64 /GMI/HCFC141b_GMI[time = 1636];
    Float64 /GMI/HCFC142b_GMI[time = 1636];
    Float64 /GMI/H1202_GMI[time = 1636];
    Float64 /GMI/H1211_GMI[time = 1636];
    Float64 /GMI/H1301_GMI[time = 1636];
    Float64 /GMI/H2402_GMI[time = 1636];
    Float64 /GMI/CH3CHO_GMI[time = 1636];
    Float64 /GMI/C4-C5Alkanes_GMI[time = 1636];
    Float64 /GMI/Ethane_GMI[time = 1636];
    Float64 /GMI/Propane_GMI[time = 1636];
    Float64 /GMI/Ethanol_GMI[time = 1636];
    Float64 /GMI/C2H5OOH_GMI[time = 1636];
    Float64 /GMI/Isoprene_GMI[time = 1636];
    Float64 /GMI/MAC_GMI[time = 1636];
    Float64 /GMI/CH3CO3_GMI[time = 1636];
    Float64 /GMI/MEK_GMI[time = 1636];
    Float64 /GMI/MVK_GMI[time = 1636];
    Float64 /GMI/PAN_GMI[time = 1636];
    Float64 /GMI/MPAN_GMI[time = 1636];
    Float64 /GMI/PPN_GMI[time = 1636];
    Float64 /GMI/Propene_GMI[time = 1636];
    Float64 /GMI/C4andC5Alkylnitrates_GMI[time = 1636];
    Float64 /GMI/C3toCnAldehydes_GMI[time = 1636];
    Float64 /GMI/Acetone_GMI[time = 1636];
    Float64 /GTCIMSPANS/PAN_GTCIMS[time = 1636];
    Float64 /GTCIMSPANS/PPN_GTCIMS[time = 1636];
    Float64 /Hskping/Day_Of_Year[time = 1636];
    Float64 /Hskping/Latitude[time = 1636];
    Float64 /Hskping/Longitude[time = 1636];
    Float64 /Hskping/MSL_GPS_Altitude[time = 1636];
    Float64 /Hskping/HAE_GPS_Altitude[time = 1636];
    Float64 /Hskping/Pressure_Altitude[time = 1636];
    Float64 /Hskping/Radar_Altitude[time = 1636];
    Float64 /Hskping/Ground_Speed[time = 1636];
    Float64 /Hskping/True_Air_Speed[time = 1636];
    Float64 /Hskping/Indicated_Air_Speed[time = 1636];
    Float64 /Hskping/Mach_Number[time = 1636];
    Float64 /Hskping/Vertical_Speed[time = 1636];
    Float64 /Hskping/True_Heading[time = 1636];
    Float64 /Hskping/Track_Angle[time = 1636];
    Float64 /Hskping/Drift_Angle[time = 1636];
    Float64 /Hskping/Pitch_Angle[time = 1636];
    Float64 /Hskping/Roll_Angle[time = 1636];
    Float64 /Hskping/Static_Air_Temp[time = 1636];
    Float64 /Hskping/Potential_Temp[time = 1636];
    Float64 /Hskping/Dew_Point[time = 1636];
    Float64 /Hskping/Total_Air_Temp[time = 1636];
    Float64 /Hskping/IR_Surf_Temp[time = 1636];
    Float64 /Hskping/Static_Pressure[time = 1636];
    Float64 /Hskping/Cabin_Pressure[time = 1636];
    Float64 /Hskping/Wind_Speed[time = 1636];
    Float64 /Hskping/Wind_Direction[time = 1636];
    Float64 /Hskping/Solar_Zenith_Angle[time = 1636];
    Float64 /Hskping/Aircraft_Sun_Elevation[time = 1636];
    Float64 /Hskping/Sun_Azimuth[time = 1636];
    Float64 /Hskping/Aircraft_Sun_Azimuth[time = 1636];
    Float64 /Hskping/Mixing_Ratio[time = 1636];
    Float64 /Hskping/Part_Press_Water_Vapor[time = 1636];
    Float64 /Hskping/Sat_Vapor_Press_H2O[time = 1636];
    Float64 /Hskping/Sat_Vapor_Press_Ice[time = 1636];
    Float64 /Hskping/Relative_Humidity[time = 1636];
    Float64 /ISAF-H2CO/CH2O[time = 1636];
    Float64 /Influences/Julian_Day[time = 1636];
    Float64 /Influences/Lat[time = 1636];
    Float64 /Influences/Lon[time = 1636];
    Float64 /Influences/Pres[time = 1636];
    Float64 /Influences/Prob_ConvInf[time = 1636];
    Float64 /Influences/Prob_ConvInf_Land[time = 1636];
    Float64 /Influences/ConvInf_CldTop[time = 1636];
    Float64 /Influences/Days_Since_ConvInf[time = 1636];
    Float64 /Influences/Days_Since_Most_Recent_ConvInf[time = 1636];
    Float64 /Influences/Prob_BdyInf[time = 1636];
    Float64 /Influences/Days_Since_BdyInf_Most_Recent[time = 1636];
    Float64 /Influences/Days_Since_BdyInf_All[time = 1636];
    Float64 /Influences/Prob_Land_BdyInf[time = 1636];
    Float64 /Influences/Days_Since_Land_BdyInf_Most_Recent[time = 1636];
    Float64 /Influences/Prob_SeaIceInf[time = 1636];
    Float64 /Influences/Prob_StratInf[time = 1636];
    Float64 /Influences/Days_Since_StratInf_Most_Recent[time = 1636];
    Float64 /Influences/Days_Since_StratInf_All[time = 1636];
    Float64 /Influences/Prob_FireInf[time = 1636];
    Float64 /Influences/Days_Since_FireInf_Most_Recent[time = 1636];
    Float64 /Influences/Days_Since_FireInf_All[time = 1636];
    Float64 /Influences/Sunlight_Exposure[time = 1636];
    Float64 /LASaerosol/End_LAS[time = 1636];
    Float64 /LASaerosol/N_LAS[time = 1636];
    Float64 /LASaerosol/S_LAS[time = 1636];
    Float64 /LASaerosol/V_LAS[time = 1636];
    Float64 /LASaerosol/Nacc_LAS[time = 1636];
    Float64 /LASaerosol/Sacc_LAS[time = 1636];
    Float64 /LASaerosol/Vacc_LAS[time = 1636];
    Float64 /LASaerosol/Ncoarse_LAS[time = 1636];
    Float64 /LASaerosol/Scoarse_LAS[time = 1636];
    Float64 /LASaerosol/Vcoarse_LAS[time = 1636];
    Float64 /NAerosol/N_nucl_AMP[time = 1636];
    Float64 /NAerosol/S_nucl_AMP[time = 1636];
    Float64 /NAerosol/V_nucl_AMP[time = 1636];
    Float64 /NAerosol/N_aitken_AMP[time = 1636];
    Float64 /NAerosol/S_aitken_AMP[time = 1636];
    Float64 /NAerosol/V_aitken_AMP[time = 1636];
    Float64 /NAerosol/N_accum_AMP[time = 1636];
    Float64 /NAerosol/S_accum_AMP[time = 1636];
    Float64 /NAerosol/V_accum_AMP[time = 1636];
    Float64 /NAerosol/N_coarse_AMP[time = 1636];
    Float64 /NAerosol/S_coarse_AMP[time = 1636];
    Float64 /NAerosol/V_coarse_AMP[time = 1636];
    Float64 /NAerosol/N_fine_AMP[time = 1636];
    Float64 /NAerosol/S_fine_AMP[time = 1636];
    Float64 /NAerosol/V_fine_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_340_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_380_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_405_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_440_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_500_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_532_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_664_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_675_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_870_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_937_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_1020_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_1064_AMP[time = 1636];
    Float64 /NAerosol/calc_ext_1640_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_340_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_380_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_405_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_440_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_500_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_532_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_664_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_675_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_870_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_937_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_1020_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_1064_AMP[time = 1636];
    Float64 /NAerosol/asymmetry_1640_AMP[time = 1636];
    Float64 /NCoarseAerosol/Nacc_CAPS[time = 1636];
    Float64 /NCoarseAerosol/Ncoa1_CAPS[time = 1636];
    Float64 /NCoarseAerosol/Ncoa2_CAPS[time = 1636];
    Float64 /NCoarseAerosol/Ncoa3_CAPS[time = 1636];
    Float64 /NCoarseAerosol/Ntot_CAPS[time = 1636];
    Float64 /NCoarseAerosol/STP_Factor_CAPS[time = 1636];
    Float64 /NOAA-Picarro/CO2_NOAA[time = 1636];
    Float64 /NOAA-Picarro/CH4_NOAA[time = 1636];
    Float64 /NOAA-Picarro/CO_NOAA[time = 1636];
    Float64 /NOyO3-NO2PSS/NO2_PSS[time = 1636];
    Float64 /NOyO3-NO2PSS/NO2_PSS_2sigma[time = 1636];
    Float64 /NOyO3-NO2PSS/NOx_PSS[time = 1636];
    Float64 /NOyO3-NO2PSS/NOx_PSS_2sigma[time = 1636];
    Float64 /NOyO3-NO2/NO2_CL[time = 1636];
    Float64 /NOyO3-NO2/NO2_CL_2sigma[time = 1636];
    Float64 /NOyO3-NO/NO_CL[time = 1636];
    Float64 /NOyO3-NO/NO_CL_2sigma[time = 1636];
    Float64 /NOyO3-NOy/NOy_CL[time = 1636];
    Float64 /NOyO3-NOy/NOy_CL_2sigma[time = 1636];
    Float64 /NOyO3-O3/O3_CL[time = 1636];
    Float64 /NOyO3-O3/O3_CL_2sigma[time = 1636];
    Float64 /PALMS-Chem-Mass/GASMass_PALMS[time = 1636];
    Float64 /PALMS-Chem-Mass/IEPOXsulfMass_PALMS[time = 1636];
    Float64 /PALMS-Chem-Mass/IodineMass_PALMS[time = 1636];
    Float64 /PALMS-Chem-Mass/OrgMass_PALMS[time = 1636];
    Float64 /PALMS-Chem-Mass/SulfateMass_PALMS[time = 1636];
    Float64 /PALMS-Chem-Mass/BromineMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/SulfOrgNitMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/BioBurnMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/SootMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/MineralMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/MeteoricMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/AlkaliSaltMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/SeaSaltMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/OilCombMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/UnclassMass_PALMS[time = 1636];
    Float64 /PALMS-PartType-Mass/NposMass_PALMS[time = 1636];
    Float64 /PALMS/SulfOrgNitFrac_PALMS[time = 1636];
    Float64 /PALMS/BioBurnFrac_PALMS[time = 1636];
    Float64 /PALMS/SootFrac_PALMS[time = 1636];
    Float64 /PALMS/MineralFrac_PALMS[time = 1636];
    Float64 /PALMS/MeteoricFrac_PALMS[time = 1636];
    Float64 /PALMS/AlkaliSaltFrac_PALMS[time = 1636];
    Float64 /PALMS/SeaSaltFrac_PALMS[time = 1636];
    Float64 /PALMS/OilCombFrac_PALMS[time = 1636];
    Float64 /PALMS/UnclassFrac_PALMS[time = 1636];
    Float64 /PALMS/OrgSulfMF_PALMS[time = 1636];
    Float64 /PALMS/IEPOXmf_PALMS[time = 1636];
    Float64 /PALMS/GASmf_PALMS[time = 1636];
    Float64 /PALMS/SulfNeut_PALMS[time = 1636];
    Float64 /PALMS/Npos_PALMS[time = 1636];
    Float64 /PALMS/NNeg_PALMS[time = 1636];
    Float64 /PALMS/NAcid_PALMS[time = 1636];
    Float64 /QCLS-CH4-CO-N2O/CH4_QCLS[time = 1636];
    Float64 /QCLS-CH4-CO-N2O/N2O_QCLS[time = 1636];
    Float64 /QCLS-CH4-CO-N2O/CO_QCLS[time = 1636];
    Float64 /QCLS-CO2/CO2_QCLS[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_300nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_320nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_340nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_360nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_380nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_400nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_420nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_440nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_460nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_480nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_500nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_520nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_540nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_560nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_580nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_600nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_620nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_640nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_660nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_680nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_700nm[time = 1636];
    Float64 /SAGA-Abs/WS_Abs_365nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_300nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_320nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_340nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_360nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_380nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_400nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_420nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_440nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_460nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_480nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_500nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_520nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_540nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_560nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_580nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_600nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_620nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_640nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_660nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_680nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_700nm[time = 1636];
    Float64 /SAGA-Abs/MS_Abs_365nm[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_1_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_2_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_3_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_4_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_5_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_6_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_7_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_8_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_9_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_10_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_11_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_12_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_13_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_14_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_15_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_16_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_17_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_18_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_19_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_20_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_21_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_22_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_23_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_24_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_25_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_26_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_27_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_28_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_29_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_30_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_31_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_32_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_33_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_34_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_35_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_36_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_37_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_38_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_39_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_40_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_41_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_42_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_43_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_44_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_45_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_46_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_47_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_48_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_49_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_50_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_51_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_52_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_53_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_54_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_55_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_56_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_57_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_58_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_59_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_60_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_61_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_62_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_63_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_64_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_65_AMP[time = 1636];
    Float64 /SDAerosol/dNdlogDp_dry_66_AMP[time = 1636];
    Float64 /SP2-BC/BC_mass_90_550_nm[time = 1636];
    Float64 /UCATS-GC/N2O_UCATS[time = 1636];
    Float64 /UCATS-GC/N2Oe_UCATS[time = 1636];
    Float64 /UCATS-GC/SF6_UCATS[time = 1636];
    Float64 /UCATS-GC/SF6e_UCATS[time = 1636];
    Float64 /UCATS-GC/CH4_UCATS[time = 1636];
    Float64 /UCATS-GC/CH4e_UCATS[time = 1636];
    Float64 /UCATS-GC/H2_UCATS[time = 1636];
    Float64 /UCATS-GC/H2e_UCATS[time = 1636];
    Float64 /UCATS-GC/CO_UCATS[time = 1636];
    Float64 /UCATS-GC/COe_UCATS[time = 1636];
    Float64 /UCATS-H2O/H2O_UWV[time = 1636];
    Float64 /UCATS-H2O/H2Oe_UWV[time = 1636];
    Float64 /UCATS-O3/O3_UCATS[time = 1636];
    Float64 /UCATS-O3/O3e_UCATS[time = 1636];
    Float64 /WAS/OCS_WAS[time = 1636];
    Float64 /WAS/DMS_WAS[time = 1636];
    Float64 /WAS/CFC12_WAS[time = 1636];
    Float64 /WAS/CFC11_WAS[time = 1636];
    Float64 /WAS/CFC113_WAS[time = 1636];
    Float64 /WAS/CFC114_WAS[time = 1636];
    Float64 /WAS/HFC152a_WAS[time = 1636];
    Float64 /WAS/HFC134a_WAS[time = 1636];
    Float64 /WAS/HFC365mfc_WAS[time = 1636];
    Float64 /WAS/HCFC124_WAS[time = 1636];
    Float64 /WAS/HCFC22_WAS[time = 1636];
    Float64 /WAS/HCFC142b_WAS[time = 1636];
    Float64 /WAS/HCFC141b_WAS[time = 1636];
    Float64 /WAS/H1301_WAS[time = 1636];
    Float64 /WAS/H2402_WAS[time = 1636];
    Float64 /WAS/H1211_WAS[time = 1636];
    Float64 /WAS/CH3CCl3_WAS[time = 1636];
    Float64 /WAS/CCl4_WAS[time = 1636];
    Float64 /WAS/CHCl3_WAS[time = 1636];
    Float64 /WAS/CH2Cl2_WAS[time = 1636];
    Float64 /WAS/C2Cl4_WAS[time = 1636];
    Float64 /WAS/CH3Cl_WAS[time = 1636];
    Float64 /WAS/CH3Br_WAS[time = 1636];
    Float64 /WAS/CH3I_WAS[time = 1636];
    Float64 /WAS/CH2Br2_WAS[time = 1636];
    Float64 /WAS/CHBrCl2_WAS[time = 1636];
    Float64 /WAS/CHBr2Cl_WAS[time = 1636];
    Float64 /WAS/CHBr3_WAS[time = 1636];
    Float64 /WAS/CH2ClCH2Cl_WAS[time = 1636];
    Float64 /WAS/MeONO2_WAS[time = 1636];
    Float64 /WAS/EthONO2_WAS[time = 1636];
    Float64 /WAS/iPropONO2_WAS[time = 1636];
    Float64 /WAS/nPropONO2_WAS[time = 1636];
    Float64 /WAS/x2ButONO2_WAS[time = 1636];
    Float64 /WAS/x3PentONO2_WAS[time = 1636];
    Float64 /WAS/x2PentONO2_WAS[time = 1636];
    Float64 /WAS/x3Me2ButONO2_WAS[time = 1636];
    Float64 /WAS/Ethane_WAS[time = 1636];
    Float64 /WAS/Ethene_WAS[time = 1636];
    Float64 /WAS/Ethyne_WAS[time = 1636];
    Float64 /WAS/Propane_WAS[time = 1636];
    Float64 /WAS/Propene_WAS[time = 1636];
    Float64 /WAS/iButane_WAS[time = 1636];
    Float64 /WAS/nButane_WAS[time = 1636];
    Float64 /WAS/iPentane_WAS[time = 1636];
    Float64 /WAS/nPentane_WAS[time = 1636];
    Float64 /WAS/Isoprene_WAS[time = 1636];
    Float64 /WAS/nHexane_WAS[time = 1636];
    Float64 /WAS/nHeptane_WAS[time = 1636];
    Float64 /WAS/x2MePentane_WAS[time = 1636];
    Float64 /WAS/x3MePentane_WAS[time = 1636];
    Float64 /WAS/Benzene_WAS[time = 1636];
    Float64 /WAS/Toluene_WAS[time = 1636];
    Float64 /WAS/EthBenzene_WAS[time = 1636];
    Float64 /WAS/mpXylene_WAS[time = 1636];
    Float64 /WAS/oXylene_WAS[time = 1636];
    Float64 /GCMSD/CH3Cl_PMSD[time = 1636];
    Float64 /GCMSD/CH3Cle_PMSD[time = 1636];
    Float64 /GCMSD/CH3Br_PMSD[time = 1636];
    Float64 /GCMSD/CH3Bre_PMSD[time = 1636];
    Float64 /GCMSD/CH3I_PMSD[time = 1636];
    Float64 /GCMSD/CH3Ie_PMSD[time = 1636];
    Float64 /GCMSD/HFC134a_PMSD[time = 1636];
    Float64 /GCMSD/HFC134ae_PMSD[time = 1636];
    Float64 /GCMSD/HCFC22_PMSD[time = 1636];
    Float64 /GCMSD/HCFC22e_PMSD[time = 1636];
    Float64 /GCMSD/HCFC141b_PMSD[time = 1636];
    Float64 /GCMSD/HCFC141be_PMSD[time = 1636];
    Float64 /GCMSD/HCFC142b_PMSD[time = 1636];
    Float64 /GCMSD/HCFC142be_PMSD[time = 1636];
    Float64 /GCMSD/OCS_PMSD[time = 1636];
    Float64 /GCMSD/OCSe_PMSD[time = 1636];
    Float64 /GCMSD/CS2_PMSD[time = 1636];
    Float64 /GCMSD/CS2e_PMSD[time = 1636];
} ornldaac/1581/MER-WAS_DC8_ATom-2.nc;

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