OPeNDAP Dataset Access Form

Action:

Data URL:

Global Attributes:

Variables:


 PRESSURE: Array of 32 bit Reals [PRESSURE = 0..17]
PRESSURE:

APrioriCovarianceMatrix: Array of 16 bit Integers [DATETIME = 0..1][independent_465 = 0..464]
DATETIME: independent_465:

AerosolOpticalThickness: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

O3.COLUMN.PARTIAL_AVK: Array of 16 bit Integers [DATETIME = 0..1][PRESSURE = 0..17][PRESSURE = 0..17]
DATETIME: PRESSURE: PRESSURE:

CloudPressure: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

ColumnAmountO3: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

CovarianceMatrix: Array of 16 bit Integers [DATETIME = 0..1][independent_465 = 0..464]
DATETIME: independent_465:

DegreesOfFreedomForSignal: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

EffectiveCloudFractionUV1: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

EffectiveCloudFractionUV2: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

NO2ColumnAmount: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

NumberOfIterations: Array of 8 bit Bytes [DATETIME = 0..1]
DATETIME:

O3.COLUMN.PARTIAL: Grid
DATETIME: PRESSURE:

O3.COLUMN.PARTIAL_APRIORI: Grid
DATETIME: PRESSURE:

O3AprioriError: Grid
DATETIME: PRESSURE:

O3.COLUMN.PARTIAL_UNCERTAINTY: Grid
DATETIME: PRESSURE:

ProcessingQualityFlags: Array of 32 bit Integers [DATETIME = 0..1]
DATETIME:

ReflectanceCostFunction: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

ResidualsOfFit: Array of 32 bit Reals [DATETIME = 0..1][independent_22 = 0..21]
DATETIME: independent_22:

RootMeanSquareErrorOfFit: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

SO2ColumnAmount: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

SmallPixelRadianceVariance: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

StateCostFunction: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

StateVectorSpecies: Array of 8 bit Bytes [DATETIME = 0..1][independent_7 = 0..6]
DATETIME: independent_7:

Temperature: Grid
DATETIME: PRESSURE:

TerrainReflectivityUV1: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

TerrainReflectivityUV2: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

ALTITUDE_BOUNDARIES: Array of 32 bit Reals [DATETIME = 0..1][PRESSURE = 0..17][independent_2 = 0..1]
DATETIME: PRESSURE: independent_2:

GroundPixelQualityFlags: Array of 32 bit Integers [DATETIME = 0..1]
DATETIME:

LATITUDE: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

LONGITUDE: Array of 32 bit Reals [DATETIME = 0..1]
DATETIME:

PRESSURE_BOUNDARIES: Array of 32 bit Reals [DATETIME = 0..1][PRESSURE = 0..17][independent_2 = 0..1]
DATETIME: PRESSURE: independent_2:

SolarAzimuthAngle: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

SolarZenithAngle: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

TerrainHeight: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

DATETIME: Array of 64 bit Reals [DATETIME = 0..1]
DATETIME:

ViewingAzimuthAngle: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

ViewingZenithAngle: Array of 16 bit Integers [DATETIME = 0..1]
DATETIME:

INDEX: Array of 32 bit Integers [DATETIME = 0..1]
DATETIME:

INDEX.COLLOCATION: Array of 32 bit Integers [DATETIME = 0..1]
DATETIME:

For questions or comments about this dataset, contact the administrator of this server [Hyeokjin Kwon] at: researchdata@4tu.nl

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Float32 PRESSURE[PRESSURE = 18];
    Int16 APrioriCovarianceMatrix[DATETIME = 2][independent_465 = 465];
    Float32 AerosolOpticalThickness[DATETIME = 2];
    Int16 O3.COLUMN.PARTIAL_AVK[DATETIME = 2][PRESSURE = 18][PRESSURE = 18];
    Int16 CloudPressure[DATETIME = 2];
    Float32 ColumnAmountO3[DATETIME = 2];
    Int16 CovarianceMatrix[DATETIME = 2][independent_465 = 465];
    Int16 DegreesOfFreedomForSignal[DATETIME = 2];
    Int16 EffectiveCloudFractionUV1[DATETIME = 2];
    Int16 EffectiveCloudFractionUV2[DATETIME = 2];
    Float32 NO2ColumnAmount[DATETIME = 2];
    Byte NumberOfIterations[DATETIME = 2];
    Grid {
     ARRAY:
        Float64 O3.COLUMN.PARTIAL[DATETIME = 2][PRESSURE = 18];
     MAPS:
        Float64 DATETIME[DATETIME = 2];
        Float32 PRESSURE[PRESSURE = 18];
    } O3.COLUMN.PARTIAL;
    Grid {
     ARRAY:
        Int16 O3.COLUMN.PARTIAL_APRIORI[DATETIME = 2][PRESSURE = 18];
     MAPS:
        Float64 DATETIME[DATETIME = 2];
        Float32 PRESSURE[PRESSURE = 18];
    } O3.COLUMN.PARTIAL_APRIORI;
    Grid {
     ARRAY:
        Int16 O3AprioriError[DATETIME = 2][PRESSURE = 18];
     MAPS:
        Float64 DATETIME[DATETIME = 2];
        Float32 PRESSURE[PRESSURE = 18];
    } O3AprioriError;
    Grid {
     ARRAY:
        Float64 O3.COLUMN.PARTIAL_UNCERTAINTY[DATETIME = 2][PRESSURE = 18];
     MAPS:
        Float64 DATETIME[DATETIME = 2];
        Float32 PRESSURE[PRESSURE = 18];
    } O3.COLUMN.PARTIAL_UNCERTAINTY;
    Int32 ProcessingQualityFlags[DATETIME = 2];
    Float32 ReflectanceCostFunction[DATETIME = 2];
    Float32 ResidualsOfFit[DATETIME = 2][independent_22 = 22];
    Float32 RootMeanSquareErrorOfFit[DATETIME = 2];
    Float32 SO2ColumnAmount[DATETIME = 2];
    Float32 SmallPixelRadianceVariance[DATETIME = 2];
    Float32 StateCostFunction[DATETIME = 2];
    Byte StateVectorSpecies[DATETIME = 2][independent_7 = 7];
    Grid {
     ARRAY:
        Float32 Temperature[DATETIME = 2][PRESSURE = 18];
     MAPS:
        Float64 DATETIME[DATETIME = 2];
        Float32 PRESSURE[PRESSURE = 18];
    } Temperature;
    Int16 TerrainReflectivityUV1[DATETIME = 2];
    Int16 TerrainReflectivityUV2[DATETIME = 2];
    Float32 ALTITUDE_BOUNDARIES[DATETIME = 2][PRESSURE = 18][independent_2 = 2];
    Int32 GroundPixelQualityFlags[DATETIME = 2];
    Float32 LATITUDE[DATETIME = 2];
    Float32 LONGITUDE[DATETIME = 2];
    Float32 PRESSURE_BOUNDARIES[DATETIME = 2][PRESSURE = 18][independent_2 = 2];
    Int16 SolarAzimuthAngle[DATETIME = 2];
    Int16 SolarZenithAngle[DATETIME = 2];
    Int16 TerrainHeight[DATETIME = 2];
    Float64 DATETIME[DATETIME = 2];
    Int16 ViewingAzimuthAngle[DATETIME = 2];
    Int16 ViewingZenithAngle[DATETIME = 2];
    Int32 INDEX[DATETIME = 2];
    Int32 INDEX.COLLOCATION[DATETIME = 2];
} data2/test/netcdf4/OMI-Aura_L2-example.nc;