EBAS:XXTQ-8YVA.nc eng UTF8 dataset Paolo Laj, Sebastien Conil, Paolo Laj, Sebastien Conil FR11L, Agence nationale pour la gestion des déchets radioactifs, Andra, 1/7 rue Jean Monnet, 92298, CHATENAY-MALABRY Cedex, France paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr, paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr ebas.nilu.no WWW:LINK web browser information pointOfContact 2026-05-18 ISO 19115-2 Geographic Information - Metadata Part 2 Extensions for imagery and gridded data ISO 19115-2:2009(E) 1 temporal 555 311.0 area Ground based in situ observations of filter_absorption_photometer at Observatoire Perenne de l'Environnement (FR0022R) 2017-01-30T16:26:39 creation EBAS Paolo Laj, Sebastien Conil, Paolo Laj, Sebastien Conil FR11L, Agence nationale pour la gestion des déchets radioactifs, Andra, 1/7 rue Jean Monnet, 92298, CHATENAY-MALABRY Cedex, France paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr, paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr ebas.nilu.no WWW:LINK web browser information originator Nicolas Pascal, Nicolas Pascal data submitter, data submitter { "Data definition": "EBAS_1.1", "Data license": "https://creativecommons.org/licenses/by/4.0/", "Citation": "Paolo Laj, Sebastien Conil, Paolo Laj, Sebastien Conil, attenuation_coefficient, bypass_fraction, equivalent_black_carbon, flow_rate, reference_beam_signal, reference_zero_signal, sensing_beam_signal, sensing_zero_signal - filter_absorption_photometer at Observatoire Perenne de l'Environnement, data hosted by EBAS at NILU, DOI: https://doi.org/10.48597/XXTQ-8YVA", "Set type code": "TI", "Timezone": "UTC", "File name": "XXTQ-8YVA.nc", "Represents DOI": "https://doi.org/10.48597/XXTQ-8YVA", "Contains data from DOI": "https://doi.org/10.48597/XXTQ-8YVA", "File creation": "2023-12-16T12:12:29.443617 UTC", "Export state": "2015-04-21T20:30:15.287000 UTC", "Export filter": "exclude-900,exclude-invalid", "Startdate": "20131229235500", "Revision date": "20170130162639", "Version": "1", "Version description": "initial revision, raw data", "Statistics": "arithmetic mean", "Data level": "0", "Period code": "2d", "Resolution code": "5mn", "Sample duration": "5mn", "Orig. time res.": "5mn", "Station code": "FR0022R", "Platform code": "FR0022S", "Station name": "Observatoire Perenne de l'Environnement", "Station GAW-ID": "OPE", "Station land use": "Agricultural", "Station setting": "Rural", "Station WMO region": "6", "Station latitude": "48.562222222222225", "Station longitude": "5.5055555555555555", "Station altitude": "392.0 m", "Measurement latitude": "48.562", "Measurement longitude": "5.505", "Measurement altitude": "392.0 m", "Measurement height": "4.0 m", "Regime": "IMG", "Laboratory code": "FR11L", "Instrument type": "filter_absorption_photometer", "Instrument name": "Magee_AE31_OPE_ambient", "Instrument manufacturer": "Magee", "Instrument model": "AE31", "Instrument serial number": "1120_1110", "Method ref": "FR11L_aethalometer_Magee_AE31_lev0", "Standard method": "None", "Inlet type": "Cyclone", "Inlet description": "PM10, ambient humidity inlet", "Humidity/temperature control": "None", "Humidity/temperature control description": "passive, sample heated from atmospheric to lab temperature", "Volume std. temperature": "273.15 K", "Volume std. pressure": "1013.25 hPa", "Measurement uncertainty expl.": "typical value of unit-to-unit variability as estimated by Bond et al., 1999.", "Zero/negative values code": "Zero/negative possible", "Zero/negative values": "Zero and neg. values may appear due to statistical variations at very low concentrations", "Organization": "FR11L, Agence nationale pour la gestion des déchets radioactifs, Andra, , 1/7 rue Jean Monnet, , 92298, CHATENAY-MALABRY Cedex, France", "Framework acronym": "ACTRIS, GAW-WDCA", "Framework name": "European Research Infrastructure for the observation of Aerosol, Clouds, and Trace gases, World Data Centre for Aerosols", "Framework description": "ACTRIS is the European Research Infrastructure for the observation of Aerosol, Clouds, and Trace gases. ACTRIS is composed of observing stations, exploratory platforms, instruments calibration centres, and a data centre., The World Data Centre for Aerosols is the data repository and archive for microphysical, optical, and chemical properties of atmospheric aerosol of the World Meteorological Organisation's (WMO) Global Atmosphere Watch (GAW) programme.", "Framework contact name": "Cathrine Lund Myhre, Markus Fiebig", "Framework contact email": "clm@nilu.no, Markus.Fiebig@nilu.no", "Originator": "Conil, Sebastien, Sebastien.Conil@andra.fr, Observatoire Perenne de l'Environnement, ANDRA/OPE, Centre de Meuse/Haute-Marne, RD960, CP9, 55290, Bure, France", "Submitter": "Pascal, Nicolas, , , , , , , , , ", "Acknowledgement": "For using this data for any kind of publications, you must contact Paolo Laj and Sebastien Conil, in terms of acknowledgment", "Comment": "calibration factor / mean ratio=TBD; sample_spot_area=5e-5 m2" } Ground based in situ observations of filter_absorption_photometer at Observatoire Perenne de l'Environnement (FR0022R). These measurements are gathered as a part of the following projects ACTRIS, GAW-WDCA and they are stored in the EBAS database (http://ebas.nilu.no/). Parameters measured are: attenuation_coefficient in pm10 (mass_concentration_of_attenuation_coefficient_in_pm10_in_air), bypass_fraction in pm10 (mass_concentration_of_bypass_fraction_in_pm10_in_air), equivalent_black_carbon in pm10 (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air), flow_rate in pm10, reference_beam_signal in pm10 (mass_concentration_of_reference_beam_signal_in_pm10_in_air), reference_zero_signal in pm10 (mass_concentration_of_reference_zero_signal_in_pm10_in_air), sensing_beam_signal in pm10 (mass_concentration_of_sensing_beam_signal_in_pm10_in_air), sensing_zero_signal in pm10 (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) For using this data for any kind of publications, you must contact Paolo Laj and Sebastien Conil, in terms of acknowledgment Paolo Laj, Sebastien Conil, Paolo Laj, Sebastien Conil FR11L, Agence nationale pour la gestion des déchets radioactifs, Andra, 1/7 rue Jean Monnet, 92298, CHATENAY-MALABRY Cedex, France paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr, paolo.laj@univ-grenoble-alpes.fr, Sebastien.Conil@andra.fr ebas.nilu.no WWW:LINK web browser information pointOfContact mass_concentration_of_reference_beam_signal_in_pm10_in_air mass_concentration_of_sensing_beam_signal_in_pm10_in_air Observatoire Perenne de l'Environnement bypass_fraction pm10 mass_concentration_of_bypass_fraction_in_pm10_in_air reference_beam_signal mass_concentration_of_attenuation_coefficient_in_pm10_in_air GAW-WDCA FR0022R attenuation_coefficient flow_rate sensing_zero_signal ACTRIS mass_concentration_of_equivalent_black_carbon_in_pm10_in_air reference_zero_signal sensing_beam_signal mass_concentration_of_sensing_zero_signal_in_pm10_in_air mass_concentration_of_reference_zero_signal_in_pm10_in_air equivalent_black_carbon theme ACTRIS, GAW-WDCA project NILU - Norwegian Institute for Air Research, ATMOS, EBAS dataCenter status_flag relative_humidity status_flag status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_attenuation_coefficient_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_bypass_fraction_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag mass_concentration_of_equivalent_black_carbon_in_pm10_in_air status_flag status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_beam_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_reference_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_beam_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag mass_concentration_of_sensing_zero_signal_in_pm10_in_air status_flag time time theme CF-1.7, ACDD-1.3 https://creativecommons.org/licenses/by/4.0/ ACTRIS, GAW-WDCA largerWorkCitation project eng climatologyMeteorologyAtmosphere 1 5.505 5.505 48.562 48.562 seconds 2013-12-29T23:57:30Z 2013-12-31T23:52:30Z 392.0 392.0 time_bnds double time bounds for measurement metadata_time_bnds double time bounds for ebas metadata intervals pressure double pressure_qc int (status_flag) pressure_ebasmetadata String ebas metadata for different time intervals; json encoded relative_humidity double (relative_humidity) relative_humidity_qc int (status_flag) relative_humidity_ebasmetadata String ebas metadata for different time intervals; json encoded temperature double temperature_qc int (status_flag) temperature_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_0 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_0_qc int (status_flag) attenuation_coefficient_0_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_1 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_1_qc int (status_flag) attenuation_coefficient_1_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_2 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_2_qc int (status_flag) attenuation_coefficient_2_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_3 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_3_qc int (status_flag) attenuation_coefficient_3_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_4 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_4_qc int (status_flag) attenuation_coefficient_4_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_5 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_5_qc int (status_flag) attenuation_coefficient_5_ebasmetadata String ebas metadata for different time intervals; json encoded attenuation_coefficient_6 double (mass_concentration_of_attenuation_coefficient_in_pm10_in_air) attenuation_coefficient_6_qc int (status_flag) attenuation_coefficient_6_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_0 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_0_qc int (status_flag) bypass_fraction_0_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_1 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_1_qc int (status_flag) bypass_fraction_1_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_2 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_2_qc int (status_flag) bypass_fraction_2_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_3 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_3_qc int (status_flag) bypass_fraction_3_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_4 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_4_qc int (status_flag) bypass_fraction_4_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_5 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_5_qc int (status_flag) bypass_fraction_5_ebasmetadata String ebas metadata for different time intervals; json encoded bypass_fraction_6 double (mass_concentration_of_bypass_fraction_in_pm10_in_air) bypass_fraction_6_qc int (status_flag) bypass_fraction_6_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_0 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_0_qc int (status_flag) equivalent_black_carbon_0_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_1 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_1_qc int (status_flag) equivalent_black_carbon_1_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_2 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_2_qc int (status_flag) equivalent_black_carbon_2_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_3 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_3_qc int (status_flag) equivalent_black_carbon_3_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_4 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_4_qc int (status_flag) equivalent_black_carbon_4_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_5 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_5_qc int (status_flag) equivalent_black_carbon_5_ebasmetadata String ebas metadata for different time intervals; json encoded equivalent_black_carbon_6 double (mass_concentration_of_equivalent_black_carbon_in_pm10_in_air) equivalent_black_carbon_6_qc int (status_flag) equivalent_black_carbon_6_ebasmetadata String ebas metadata for different time intervals; json encoded flow_rate double flow_rate_qc int (status_flag) flow_rate_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_0 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_0_qc int (status_flag) reference_beam_signal_0_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_1 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_1_qc int (status_flag) reference_beam_signal_1_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_2 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_2_qc int (status_flag) reference_beam_signal_2_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_3 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_3_qc int (status_flag) reference_beam_signal_3_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_4 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_4_qc int (status_flag) reference_beam_signal_4_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_5 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_5_qc int (status_flag) reference_beam_signal_5_ebasmetadata String ebas metadata for different time intervals; json encoded reference_beam_signal_6 double (mass_concentration_of_reference_beam_signal_in_pm10_in_air) reference_beam_signal_6_qc int (status_flag) reference_beam_signal_6_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_0 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_0_qc int (status_flag) reference_zero_signal_0_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_1 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_1_qc int (status_flag) reference_zero_signal_1_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_2 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_2_qc int (status_flag) reference_zero_signal_2_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_3 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_3_qc int (status_flag) reference_zero_signal_3_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_4 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_4_qc int (status_flag) reference_zero_signal_4_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_5 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_5_qc int (status_flag) reference_zero_signal_5_ebasmetadata String ebas metadata for different time intervals; json encoded reference_zero_signal_6 double (mass_concentration_of_reference_zero_signal_in_pm10_in_air) reference_zero_signal_6_qc int (status_flag) reference_zero_signal_6_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_0 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_0_qc int (status_flag) sensing_beam_signal_0_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_1 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_1_qc int (status_flag) sensing_beam_signal_1_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_2 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_2_qc int (status_flag) sensing_beam_signal_2_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_3 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_3_qc int (status_flag) sensing_beam_signal_3_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_4 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_4_qc int (status_flag) sensing_beam_signal_4_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_5 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_5_qc int (status_flag) sensing_beam_signal_5_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_beam_signal_6 double (mass_concentration_of_sensing_beam_signal_in_pm10_in_air) sensing_beam_signal_6_qc int (status_flag) sensing_beam_signal_6_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_0 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_0_qc int (status_flag) sensing_zero_signal_0_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_1 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_1_qc int (status_flag) sensing_zero_signal_1_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_2 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_2_qc int (status_flag) sensing_zero_signal_2_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_3 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_3_qc int (status_flag) sensing_zero_signal_3_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_4 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_4_qc int (status_flag) sensing_zero_signal_4_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_5 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_5_qc int (status_flag) sensing_zero_signal_5_ebasmetadata String ebas metadata for different time intervals; json encoded sensing_zero_signal_6 double (mass_concentration_of_sensing_zero_signal_in_pm10_in_air) sensing_zero_signal_6_qc int (status_flag) sensing_zero_signal_6_ebasmetadata String ebas metadata for different time intervals; json encoded time double time of measurement (time) metadata_time double time of ebas metadata intervals (time) NILU - Norwegian Institute for Air Research, ATMOS, EBAS ebas@nilu.no https://www.nilu.no/ WWW:LINK web browser URL for the data publisher This URL provides contact information for the publisher of this dataset information publisher OPeNDAP dataset None This record was translated from NcML using UnidataDD2MI.xsl Version 2.3.4. (2026-05-18T02:42:32.336Z)