Attributes {
    obs_id {
        String long_name "earth view observation id for FOR";
        String coverage_content_type "referenceInformation";
        String description "unique earth view observation identifier: yyyymmddThhmm.aaExx.  Includes gran_id plus 2-digit along-track index (01-45) and 2-digit cross-track index (01-30).";
    }
    fov_obs_id {
        String long_name "earth view observation id for FOV";
        String coverage_content_type "referenceInformation";
        String description "unique earth view observation identifier for FOV: yyyymmddThhmm.aaExx.f .  Includes gran_id plus 2-digit along-track index (01-45), 2-digit cross-track index (01-30), and 1-digit FOV number (1-9).";
    }
    obs_time_tai93 {
        Float64 valid_range -2934835217.000000, 3376598410.000000;
        String long_name "earth view FOV midtime";
        Float64 _FillValue 9.969209968386869e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "time";
        String units "seconds since 1993-01-01 00:00";
        String description "earth view observation midtime for each FOV";
        String AIRS_HDF_name "Time";
    }
    obs_time_utc {
        String long_name "earth view UTC FOV time";
        String coordinates "utc_tuple_lbl";
        UInt16 _FillValue 65535;
        String coverage_content_type "referenceInformation";
        String description "UTC earth view observation time as an array of integers: year, month, day, hour, minute, second, millisec, microsec";
    }
    lat {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "FOR latitude";
        Float32 _FillValue 9.96920997e+36;
        String bounds "lat_bnds";
        String coverage_content_type "referenceInformation";
        String standard_name "latitude";
        String units "degrees_north";
        String description "latitude of FOR center";
        String AIRS_HDF_name "Latitude";
    }
    lat_geoid {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "FOR latitude";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "latitude";
        String units "degrees_north";
        String description "latitude of FOR center on the geoid (without terrain correction)";
    }
    fov_lat {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "FOV latitude";
        Float32 _FillValue 9.96920997e+36;
        String bounds "fov_lat_bnds";
        String coverage_content_type "referenceInformation";
        String standard_name "latitude";
        String units "degrees_north";
        String description "latitude of FOV center";
    }
    lon {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "FOR longitude";
        Float32 _FillValue 9.96920997e+36;
        String bounds "lon_bnds";
        String coverage_content_type "referenceInformation";
        String standard_name "longitude";
        String units "degrees_east";
        String description "longitude of FOR center";
        String AIRS_HDF_name "Longitude";
    }
    lon_geoid {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "FOR longitude";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "longitude";
        String units "degrees_east";
        String description "longitude of FOR center on the geoid (without terrain correction)";
    }
    fov_lon {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "FOV longitude";
        Float32 _FillValue 9.96920997e+36;
        String bounds "fov_lon_bnds";
        String coverage_content_type "referenceInformation";
        String standard_name "longitude";
        String units "degrees_east";
        String description "longitude of FOV center";
    }
    lat_bnds {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "FOV boundary latitudes";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degrees_north";
        String description "latitudes of points forming a polygon around the perimeter of the FOV";
    }
    fov_lat_bnds {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "FOV boundary latitudes";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degrees_north";
        String description "latitudes of points forming a polygon around the perimeter of the FOV";
    }
    lon_bnds {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "FOV boundary longitudes";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degrees_east";
        String description "longitudes of points forming a polygon around the perimeter of the FOV";
    }
    fov_lon_bnds {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "FOV boundary longitudes";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degrees_east";
        String description "longitudes of points forming a polygon around the perimeter of the FOV";
    }
    land_frac {
        Float32 valid_range 0.00000000, 1.00000000;
        String long_name "FOR land fraction";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "land_area_fraction";
        String units "1";
        String description "land fraction over the FOR";
        String AIRS_HDF_name "landFrac";
        String cell_methods "area: mean (beam-weighted)";
    }
    fov_land_frac {
        Float32 valid_range 0.00000000, 1.00000000;
        String long_name "FOV land fraction";
        String coordinates "fov_lon fov_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "land_area_fraction";
        String units "1";
        String description "land fraction over the FOV";
        String cell_methods "area: mean (beam-weighted)";
    }
    surf_alt {
        String ancillary_variables "surf_alt_sdev";
        Float32 valid_range -500.000000, 10000.0000;
        String long_name "FOR surface altitude";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "surface_altitude";
        String units "m";
        String description "mean surface altitude wrt  earth model over the FOR";
        String AIRS_HDF_name "topog";
        String cell_methods "area: mean (beam-weighted)";
    }
    fov_surf_alt {
        String ancillary_variables "surf_alt_sdev";
        Float32 valid_range -500.000000, 10000.0000;
        String long_name "FOV surface altitude";
        String coordinates "fov_lon fov_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "surface_altitude";
        String units "m";
        String description "mean surface altitude wrt  earth model over the FOV";
        String cell_methods "area: mean (beam-weighted)";
    }
    surf_alt_sdev {
        Float32 valid_range 0.00000000, 10000.0000;
        String long_name "FOR surface altitude standard deviation";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "qualityInformation";
        String units "m";
        String description "standard deviation of surface altitude within the FOR";
        String AIRS_HDF_name "topog_err";
        String cell_methods "area: standard_deviation (beam-weighted)";
    }
    fov_surf_alt_sdev {
        Float32 valid_range 0.00000000, 10000.0000;
        String long_name "FOV surface altitude standard deviation";
        String coordinates "fov_lon fov_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "qualityInformation";
        String units "m";
        String description "standard deviation of surface altitude within the FOV";
        String cell_methods "area: standard_deviation (beam-weighted)";
    }
    sun_glint_lat {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "sun glint latitude";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "latitude";
        String units "degrees_north";
        String description "sun glint spot latitude at scan_mid_time.  Fill for night observations.";
        String AIRS_HDF_name "glintlat";
    }
    sun_glint_lon {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "sun glint longitude";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "longitude";
        String units "degrees_east";
        String description "sun glint spot longitude at scan_mid_time.  Fill for night observations.";
        String AIRS_HDF_name "glintlon";
    }
    sol_zen {
        Float32 valid_range 0.00000000, 180.000000;
        String long_name "solar zenith angle";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "solar_zenith_angle";
        String units "degree";
        String description "solar zenith angle at the center of the spot";
        String AIRS_HDF_name "solzen";
    }
    sol_azi {
        Float32 valid_range 0.00000000, 360.000000;
        String long_name "solar azimuth angle";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "solar_azimuth_angle";
        String units "degree";
        String description "solar azimuth angle at the center of the spot (clockwise from North)";
        String AIRS_HDF_name "solazi";
    }
    sun_glint_dist {
        Float32 valid_range 0.00000000, 30000000.0;
        String long_name "sun glint distance";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "m";
        String description "Distance from the center of the calculated sun glint spot to the center of the spot.  Note that there may not be a glint for cloudy or land cases and in ocean cases the glint can move based on wind conditions.  Fill for night observations.";
        String AIRS_HDF_name "sun_glint_distance";
    }
    view_ang {
        Float32 valid_range 0.00000000, 180.000000;
        String long_name "view angle";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "sensor_view_angle";
        String units "degree";
        String description "off nadir pointing angle";
        String AIRS_HDF_name "scanang";
    }
    sat_zen {
        Float32 valid_range 0.00000000, 180.000000;
        String long_name "satellite zenith angle";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "sensor_zenith_angle";
        String units "degree";
        String description "satellite zenith angle at the center of the spot";
        String AIRS_HDF_name "satzen";
    }
    sat_azi {
        Float32 valid_range 0.00000000, 360.000000;
        String long_name "satellite azimuth angle";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "sensor_azimuth_angle";
        String units "degree";
        String description "satellite azimuth angle at the center of the spot (clockwise from North)";
        String AIRS_HDF_name "satazi";
    }
    sat_range {
        Float32 valid_range 100000.000, 10000000.0;
        String long_name "satellite range";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "m";
        String description "line of sight distance between satellite and spot center";
    }
    asc_flag {
        Byte valid_range 0, 1;
        String long_name "ascending orbit flag";
        String coordinates "subsat_lon subsat_lat";
        Byte _FillValue 255;
        Byte flag_values 0, 1;
        String coverage_content_type "referenceInformation";
        String description "ascending orbit flag: 1 if ascending, 0 descending";
        String AIRS_HDF_name "scan_node_type";
        String flag_meanings "descending ascending";
    }
    subsat_lat {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "sub-satellite latitude";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "latitude";
        String units "degrees_north";
        String description "sub-satellite latitude at scan_mid_time";
        String AIRS_HDF_name "sat_lat";
    }
    subsat_lon {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "sub-satellite longitude";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "longitude";
        String units "degrees_east";
        String description "sub-satellite longitude at scan_mid_time";
        String AIRS_HDF_name "sat_lon";
    }
    scan_mid_time {
        Float64 valid_range -2934835217.000000, 3376598410.000000;
        String long_name "midscan TAI93";
        String coordinates "subsat_lon subsat_lat";
        Float64 _FillValue 9.969209968386869e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "time";
        String units "seconds since 1993-01-01 00:00";
        String description "TAI93 at  middle of earth scene scans";
        String AIRS_HDF_name "nadirTAI";
    }
    sat_alt {
        Float32 valid_range 100000.000, 1000000.00;
        String long_name "satellite altitude";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String standard_name "altitude";
        String units "m";
        String description "satellite altitude with respect to earth model at scan_mid_time";
        String AIRS_HDF_name "satheight";
    }
    sat_pos {
        String long_name "satellite position";
        String coordinates "subsat_lon subsat_lat spatial_lbl";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "m";
        String description "satellite ECR position at scan_mid_time";
    }
    sat_vel {
        String long_name "satellite velocity";
        String coordinates "subsat_lon subsat_lat spatial_lbl";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "m s-1";
        String description "satellite ECR velocity at scan_mid_time";
    }
    sat_att {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "satellite attitude";
        String coordinates "subsat_lon subsat_lat attitude_lbl";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degree";
        String description "satellite attitude at scan_mid_time.  An orthogonal triad.  First element is angle about the +x (roll) ORB axis.  +x axis is positively oriented in the direction of orbital flight.  Second element is angle about +y (pitch) ORB axis.  +y axis is oriented normal to the orbit plane with the positive sense opposite to that of the orbit's angular momentum vector H.  Third element is angle about +z (yaw) axis.  +z axis is positively oriented Earthward parallel to the satellite radius vector R from the spacecraft center of mass to the center of the Earth.";
    }
    local_solar_time {
        Float32 valid_range 0.00000000, 24.0000000;
        String long_name "local apparent solar time";
        String coordinates "lon lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "hours";
        String description "local apparent solar time in hours from midnight";
    }
    mean_anom_wrt_equat {
        Float32 valid_range 0.00000000, 360.000000;
        String long_name "mean anomaly with respect to the equator";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degree";
        String description "spacecraft mean anomaly measured with respect to the ascending node";
    }
    sat_sol_zen {
        Float32 valid_range 0.00000000, 180.000000;
        String long_name "satellite solar zenith";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degree";
        String description "solar zenith angle at the satellite";
    }
    sat_sol_azi {
        Float32 valid_range 0.00000000, 360.000000;
        String long_name "satellite solar azimuth";
        String coordinates "subsat_lon subsat_lat";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degree";
        String description "solar azimuth angle at the satellite (clockwise from North)";
    }
    asc_node_lon {
        Float32 valid_range -180.000000, 180.000000;
        String long_name "ascending node";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degrees_east";
        String description "Longitude of the last ascending node of spacecraft orbit before time_coverage_end.";
        String AIRS_HDF_name "eq_x_longitude";
    }
    asc_node_tai93 {
        Float64 valid_range -2934835217.000000, 3376598410.000000;
        String long_name "ascending node time";
        Float64 _FillValue 9.969209968386869e+36;
        String coverage_content_type "referenceInformation";
        String units "seconds since 1993-01-01 00:00";
        String description "TAI93 time of the last ascending node of spacecraft orbit before time_coverage_end.";
        String AIRS_HDF_name "eq_x_tai";
    }
    asc_node_local_solar_time {
        Float32 valid_range 0.00000000, 24.0000000;
        String long_name "local apparent solar time at the ascending node";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "hours";
        String description "local apparent solar time at the last ascending node before time_coverage_end in hours from midnight";
    }
    solar_beta_angle {
        Float32 valid_range -90.0000000, 90.0000000;
        String long_name "beta angle";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "referenceInformation";
        String units "degree";
        String description "Beta angle for the spacecraft orbit, determining the percentage of the orbit that the spacecraft is in direct sunlight.";
    }
    attitude_lbl {
        String long_name "rotational direction";
        String coverage_content_type "auxiliaryInformation";
        String description "list of rotational directions (roll, pitch, yaw)";
    }
    spatial_lbl {
        String long_name "spatial direction";
        String coverage_content_type "auxiliaryInformation";
        String description "list of spatial directions (X, Y, Z)";
    }
    utc_tuple_lbl {
        String long_name "UTC date/time parts";
        String coverage_content_type "auxiliaryInformation";
        String description "names of the elements of UTC when it is expressed as an array of integers year,month,day,hour,minute,second,millisecond,microsecond";
    }
    rad {
        String units "mW/(m2 sr cm-1)";
        String long_name "clear radiance";
        String standard_name "toa_outgoing_radiance_per_unit_wavenumber";
        String coordinates "lon lat";
        String description "clear spectral radiance";
        Float32 _FillValue 9.96920997e+36;
        String AIRS_HDF_name "radiances";
        String coverage_content_type "physicalMeasurement";
    }
    rad_err {
        String units "mW/(m2 sr cm-1)";
        String long_name "rad error estimate";
        String standard_name "toa_outgoing_radiance_per_unit_wavenumber standard_error";
        String coordinates "lon lat";
        String description "rad error estimate";
        Float32 _FillValue 9.96920997e+36;
        String coverage_content_type "qualityInformation";
    }
    rad_qc {
        Int16 valid_range 0, 2;
        String long_name "rad QC";
        String standard_name "toa_outgoing_radiance_per_unit_wavenumber status_flag";
        String coordinates "lon lat";
        String description "rad QC flag";
        Int16 _FillValue -1;
        String coverage_content_type "qualityInformation";
        String flag_meanings "Best Good Do_Not_Use";
        Int16 flag_values 0, 1, 2;
    }
    nedn {
        String units "mW/(m2 sr cm-1)";
        String long_name "noise equivalent differential radiance";
        String description "noise equivalent differential radiance";
        Float32 _FillValue 9.96920997e+36;
        String AIRS_HDF_name "NeN";
        String coverage_content_type "qualityInformation";
    }
    wnum {
        String units "cm-1";
        Float64 valid_range 640.0000000000000, 2700.000000000000;
        String long_name "wavenumber";
        String standard_name "sensor_band_central_radiation_wavenumber";
        String description "wavenumber";
        Float64 _FillValue 9.969209968386869e+36;
        String AIRS_HDF_name "nominal_freq";
        String coverage_content_type "auxiliaryInformation";
    }
    NC_GLOBAL {
        String keywords "EARTH SCIENCE > SPECTRAL/ENGINEERING > INFRARED WAVELENGTHS > INFRARED RADIANCE";
        String Conventions "CF-1.6, ACDD-1.3";
        String source "AIRS and AMSU-A instrument telemetry";
        String processing_level "2";
        String product_name_type_id "L2_CLIMCAPS_CCR";
        String comment "";
        String acknowledgment "Support for this research was provided by NASA.";
        String standard_name_vocabulary "CF Standard Name Table v28";
        String project "Sounder SIPS";
        String product_name_project "SNDR";
        String geospatial_bounds_crs "EPSG:4326";
        String time_coverage_duration "P0000-00-00T00:06:00";
        String product_name_duration "m06";
        String creator_type "institution";
        String keywords_vocabulary "GCMD:GCMD Keywords";
        String platform "AQUA > Earth Observing System";
        String platform_vocabulary "GCMD:GCMD Keywords";
        String product_name_platform "AQUA";
        String instrument "AIRS > Atmospheric Infrared Sounder, AMSU-A > Advanced Microwave Sounding Unit-A";
        String instrument_vocabulary "GCMD:GCMD Keywords";
        String product_name_instr "AIRS_IM";
        String product_name_extension "nc";
        String featureType "point";
        String data_structure "swath";
        String cdm_data_type "Swath";
        String format_version "v02.02.05";
        String shortname "SNDRAQIML2CCPCCR";
        String title "Level-2 CLIMCAPS AIRS with AMSU-A Cloud-Cleared Radiances";
        String summary "The Level-2 CLIMCAPS cloud-cleared product includes infrared radiances adjusted to simulate clear-sky conditions.";
        String product_group "l2_airs_im_cc";
        String references "";
        String contributor_name "Christopher D. Barnet, STC; L. Larrabee Strow, UMBC; Philip W. Rosenkranz, MIT";
        String contributor_role "Retrieval PI; Forward Model PI; Microwave PI";
        String history "Created on 2021-05-29 by L2 CLIMCAPS RETRIEVAL PGE at Sounder SIPS: GES DISC
2021-05-29T09:55:29 s4pmops crimss_postproc.pro v016 gran=20051014T2311";
        String license "Freely Distributed";
        String date_created "2021-05-29T09:55:29";
        String creator_name "Goddard Space Flight Center - National Aeronautics and Space Administration";
        String creator_email "gsfc-help-disc@lists.nasa.gov";
        String creator_url "http://disc.sci.gsfc.nasa.gov/";
        String institution "Goddard Space Flight Center - National Aeronautics and Space Administration";
        String publisher_name "Goddard Earth Science Data and Information Services Center";
        String publisher_email "gsfc-help-disc@lists.nasa.gov";
        String publisher_url "http://disc.sci.gsfc.nasa.gov/";
        String geospatial_bounds "POLYGON ((52.38 59.64, 56.16 32.87, 34.69 29.52, 32.09 48.33, 52.38 59.64))";
        Float32 geospatial_lat_min 32.0916252;
        Float32 geospatial_lat_max 56.1555901;
        Float32 geospatial_lon_min 29.5189590;
        Float32 geospatial_lon_max 59.6410370;
        String time_coverage_start "2005-10-14T23:11:26Z";
        String time_of_first_valid_obs "2005-10-14T23:11:26.359Z";
        String time_coverage_mid "2005-10-14T23:14:26Z";
        String time_coverage_end "2005-10-14T23:17:26Z";
        String time_of_last_valid_obs "2005-10-14T23:17:25.687Z";
        String creator_institution "Goddard Space Flight Center - National Aeronautics and Space Administration";
        String product_version "v02.39.03";
        String product_name "SNDR.AQUA.AIRS_IM.20051014T2311.m06.g232.L2_CLIMCAPS_CCR.std.v02_39.G.210529095529.nc";
        String product_name_variant "std";
        String product_name_version "v02_39";
        String product_name_producer "G";
        String product_name_timestamp "210529095529";
        UInt16 granule_number 232;
        String product_name_granule_number "g232";
        String gran_id "20051014T2311";
        Float32 geospatial_lat_mid 36.4771271;
        Float32 geospatial_lon_mid 39.7589951;
        String id "10.5067/W0OHIT0RAM8O";
        String naming_authority "http://dx.doi.org/";
        String identifier_product_doi "10.5067/W0OHIT0RAM8O";
        String identifier_product_doi_authority "http://dx.doi.org/";
        String algorithm_version "CLIMCAPS v02.01.00     Aqua AIRS+AMSU";
        String production_host "Linux ac24-local 3.10.0-1160.24.1.el7.x86_64 #1 SMP Thu Apr 8 19:51:47 UTC 2021 x86_64 x86_64 x86_64 GNU/Linux";
        String input_file_names "AIRS.2005.10.14.232.L1B.AIRS_Rad.v5.0.0.0.G07106092514.hdf; AIRS.2005.10.14.232.L1B.AMSU_Rad.v5.0.0.0.G07106092919.hdf; MERRA2_300.inst3_3d_asm_Nv.20051013.nc4; MERRA2_300.inst3_3d_asm_Nv.20051014.nc4; MERRA2_300.inst3_3d_asm_Nv.20051015.nc4; l2_climcaps_airs_irmw.nc; l2_climcaps_airs_irmw_cc.nc; gblav.PGrbF03.051015.00z; gblav.PGrbF06.051015.00z; gblav.PGrbF09.051015.00z; gblav.PGrbF03.051014.12z; gblav.PGrbF06.051014.12z; gblav.PGrbF09.051014.12z; gblav.PGrbF03.051014.18z; gblav.PGrbF06.051014.18z; gblav.PGrbF09.051014.18z";
        String input_file_types "AIRS_L1B; AMSUA_L1B; MERRA; MERRA; MERRA; RET_TEMPLATE; CCR_TEMPLATE; GFS_F03; GFS_F06; GFS_F09; GFS_F03; GFS_F06; GFS_F09; GFS_F03; GFS_F06; GFS_F09";
        String input_file_dates "Unknown; Unknown; Unknown; Unknown; Unknown; Unassigned; Unassigned; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14; 2005-10-14";
        String orbitDirection "Descending";
        String day_night_flag "Night";
        String AutomaticQualityFlag "Passed";
        Float32 qa_pct_data_missing 0.00000000;
        Float32 qa_pct_data_geo 100.000000;
        Float32 qa_pct_data_sci_mode 100.000000;
        String qa_no_data "FALSE";
        String metadata_link "http://disc.sci.gsfc.nasa.gov/";
    }
}