OPeNDAP Data Access Form for LEADEX1992-car_c131A_19920414225533_R1_CAR1544_Level1D-20190407.nc
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dataset: LEADEX1992-car_c131A_19920414225533_R1_CAR1544_Level1D-20190407.nc




  • NC_GLOBAL
    • title: Cloud Absorption Radiometer (CAR) Level-1D NetCDF data
    • experiment_name: LEADEX
    • flight_number: 1544.00000
    • aircraft: Convair C131A
    • primary_navigation_system: GPS Trimble TNL-3000
    • start_date: 1992-04-14:22:55:33.0
    • end_date: 1992-04-14:22:57:53.0
    • lat_min: 73.1662979
    • lat_max: 73.2008972
    • lon_min: -146.972595
    • lon_max: -146.851807
    • flight_summary: https://car.gsfc.nasa.gov/flights/leadex/flight-1544
    • MeanSolarZenithAngle: 64.1661835
    • Sky_Condition: [0=clear(above 90% cloud free), 1=cloudy(10% or above cloud covered)]
    • Observed_Sky_Condition: 0.00000000
    • Dominant_Surface: [1=snow/ice, 2=vegetation, 3=clouds, 4=ocean/lake, 5=smoke, 6=barren(salt pans, desert), 7=mixed(city scape, costal areas, etc.) ]
    • Surface_type: 4.00000000
    • Format: NetCDF4
    • Conventions: CF-1.7
    • Instrument_PI: Charles K. Gatebe
    • Email: Charles.K.Gatebe@nasa.gov
    • Website: https://car.gsfc.nasa.gov
    • Reference: Gatebe CK, King MD. Airborne spectral BRDF of various surface types (ocean, vegetation, snow, desert, wetlands, cloud decks, smoke layers) for remote sensing applications. Remote Sensing of Environment. 2016;179:131 - 148.
    • production_date: 2019-04-07T17:59:22.0Z
    • VersionID: 2
    • ShortName: CAR_LEADEX_BRDF
    • LongName: CAR LEADEX BRDF Measurements
    • GranuleID: LEADEX1992-car_c131A_19920414225533_R1_CAR1544_Level1D-20190407.nc
    • Identifier_Product_DOI_Authority: http://dx.doi.org/
    • DOI: 10.5067/0VR2CW18JIXL


brdf_reflectance_502nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 502 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_672nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 672 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_754nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 754 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_865nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 865 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_1030nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 1030 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_1220nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 1220 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
brdf_reflectance_1227nm[ ZenithAngles= 0 ..360] [ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: bidirectional reflectance factor at 1227 nm
    • units: none dimensional quantity
    • _FillValue: -9999.00000
ZenithAngles[ ZenithAngles= 0 ..360] (Type is Float32)
  • attributes
    • long_name: Zenith angles
    • _FillValue: -9999.00000
    • units: degrees
AzimuthAngles[ AzimuthAngles= 0 ..360] (Type is Float32)
  • attributes
    • long_name: Azimuth angles
    • _FillValue: -9999.00000
    • units: degrees
AircraftAltitude[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: GPS height in Meters above the sea level
    • units: m
    • _FillValue: -9999.00000
Time[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • _FillValue: -9999.00000
    • long_name: time
    • units: seconds since 1992-04-14 00:00:00
AircraftLatitude[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: Aircraft Latitude Degrees
    • units: degrees_north
    • valid_range: -90.0000000, 90.0000000
    • _FillValue: -9999.00000
AircraftLongitude[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: Aircraft Longitude Degrees
    • units: degrees_east
    • valid_range: -180.000000, 180.000000
    • _FillValue: -9999.00000
SolarZenithAngle[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: Solar Zenith Angle Degrees
    • units: degrees
    • _FillValue: -9999.00000
SolarAzimuthAngle[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: Solar Azimuth Angle Degrees
    • units: degrees
    • _FillValue: -9999.00000
AircraftPitch[ AzimuthAngles= 0 ..360] (Grid of Float32 values)
  • attributes
    • long_name: Aircraft Pitch Degrees
    • units: degrees
    • valid_range: -90.0000000, 90.0000000
    • _FillValue: -9999.00000
    • Positive: nose_up
    • Negative: nose_down
SurfaceAtmosphereAlbedo[ Spectral_band= 0 ..6] (Grid of Float32 values)
  • attributes
    • long_name: Surface Atmosphere albedo
    • units: percent
    • _FillValue: -9999.00000
Spectral_band[ Spectral_band= 0 ..6] (Type is Float32)
  • attributes
    • long_name: Spectral band
    • units: nm
    • _FillValue: -9999.00000

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