OPeNDAP Data Access Form for MLS-Aura_L3DB-H2O_v05-01-c06_2005d110.nc
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dataset: MLS-Aura_L3DB-H2O_v05-01-c06_2005d110.nc




  • HDF5_GLOBAL
    • Conventions: CF-1.7
    • GranuleID: MLS-Aura_L3DB-H2O_v05-01-c06_2005d110.nc
    • Format: NetCDF-4
    • GMDVersion: 1.4
    • ProductionDateTime: 2021-04-28T17:51:19.000000Z
    • Title: N/A
    • identifier_product_doi: 10.5067/AURA/MLS/DATA/3508
    • identifier_product_doi_authority: http://dx.doi.org/
    • LongName: MLS/Aura Level 3 Daily Binned Water (H2O) Mixing Ratio on Assorted Grids
    • ShortName: ML3DBH2O
    • VersionID: 4
    • RelatedURL: https://mls.jpl.nasa.gov
    • ProcessingCenter: Jet Propulsion Laboratory / California Institute of Technology
    • ProductFamily: L3 Binned
    • ProductGenerationAlgorithm: Data Binning from Aura MLS L2GP and L2EDMP data products
    • ProductGenerationAlgorithmVersion: v05.01
    • ProductGenerationCycle: c06
    • DataType: Level 3
    • DataTemplate: 2
    • history: 2021-04-28T17:51:19.000000Z : Initial file creation
    • GroupSchema: Uniform
    • DataSource: Aura MLS
    • DataSourceVersion: v05
    • OriginalFileProcessingCenter: Jet Propulsion Laboratory / California Institute of Technology
    • LongDataProduct: Water
    • ShortDataProduct: H2O
    • TimeResolution: Daily
    • RangeBeginningDate: 2005-04-20
    • RangeBeginningTime: 00:00:00.000000Z
    • RangeEndingDate: 2005-04-20
    • RangeEndingTime: 23:59:59.999999Z
    • ObservationArea: Global
    • SouthBoundingCoordinate: -82.00000000
    • NorthBoundingCoordinate: 82.00000000
    • WestBoundingCoordinate: -180.0000000
    • EastBoundingCoordinate: 180.0000000
    • DataScreening: Data screening done in accordance with Aura MLS v05 data quality document
  • H2O_PressureZM
    • VerticalCoordinate: Pressure
    • LatLonGridType: Geodetic
    • LatitudeResolution: 4.000000000
    • LongitudeResolution: 360.0000000
    • DataSubset: None
    • fullnamepath: /H2O PressureZM
  • H2O_ThetaGrid
    • VerticalCoordinate: Potential Temperature
    • LatLonGridType: Geodetic
    • LatitudeResolution: 4.000000000
    • LongitudeResolution: 5.000000000
    • DataSubset: None
    • fullnamepath: /H2O ThetaGrid
  • H2O_EqLZM
    • VerticalCoordinate: Potential Temperature
    • LatLonGridType: Equivalent
    • LatitudeResolution: 4.000000000
    • LongitudeResolution: 360.0000000
    • DataSubset: None
    • fullnamepath: /H2O EqLZM
  • H2O_ThetaZM
    • VerticalCoordinate: Potential Temperature
    • LatLonGridType: Geodetic
    • LatitudeResolution: 4.000000000
    • LongitudeResolution: 360.0000000
    • DataSubset: None
    • fullnamepath: /H2O ThetaZM
  • H2O_PressureGrid
    • VerticalCoordinate: Pressure
    • LatLonGridType: Geodetic
    • LatitudeResolution: 4.000000000
    • LongitudeResolution: 5.000000000
    • DataSubset: None
    • fullnamepath: /H2O PressureGrid
  • H2O_VortexAvg
    • VerticalCoordinate: Potential Temperature
    • LatLonGridType: Geodetic
    • LatitudeResolution: 90.00000000
    • LongitudeResolution: 360.0000000
    • AuxField: vtx
    • DataSubset: None
    • fullnamepath: /H2O VortexAvg


H2O_PressureZM_lat_bnds[ H2O_PressureZM_lat= 0 ..44] [ H2O_PressureZM_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O PressureZM/lat_bnds
H2O_PressureZM_value[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O PressureZM/value
H2O_PressureZM_std_dev[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O PressureZM/std_dev
H2O_PressureZM_rms_uncertainty[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O PressureZM/rms_uncertainty
H2O_PressureZM_minimum[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O PressureZM/minimum
H2O_PressureZM_maximum[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O PressureZM/maximum
H2O_PressureZM_time_bnds[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O PressureZM/time_bnds
H2O_PressureZM_nvalues[ H2O_PressureZM_time= 0 ..0] [ H2O_PressureZM_lev= 0 ..54] [ H2O_PressureZM_lat= 0 ..44] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O PressureZM/nvalues
H2O_ThetaGrid_lat_bnds[ H2O_ThetaGrid_lat= 0 ..44] [ H2O_ThetaGrid_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O ThetaGrid/lat_bnds
H2O_ThetaGrid_value[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O ThetaGrid/value
H2O_ThetaGrid_std_dev[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O ThetaGrid/std_dev
H2O_ThetaGrid_rms_uncertainty[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O ThetaGrid/rms_uncertainty
H2O_ThetaGrid_minimum[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O ThetaGrid/minimum
H2O_ThetaGrid_maximum[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O ThetaGrid/maximum
H2O_ThetaGrid_time_bnds[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O ThetaGrid/time_bnds
H2O_ThetaGrid_nvalues[ H2O_ThetaGrid_time= 0 ..0] [ H2O_ThetaGrid_lev= 0 ..52] [ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_lat= 0 ..44] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O ThetaGrid/nvalues
H2O_ThetaGrid_lon_bnds[ H2O_ThetaGrid_lon= 0 ..71] [ H2O_ThetaGrid_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Longitude Bounds
    • units: degrees_east
    • comments: Longitude at bounds of the grid cell
    • origname: lon_bnds
    • fullnamepath: /H2O ThetaGrid/lon_bnds
H2O_EqLZM_lat_bnds[ H2O_EqLZM_lat= 0 ..44] [ H2O_EqLZM_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O EqLZM/lat_bnds
H2O_EqLZM_value[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O EqLZM/value
H2O_EqLZM_std_dev[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O EqLZM/std_dev
H2O_EqLZM_rms_uncertainty[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O EqLZM/rms_uncertainty
H2O_EqLZM_minimum[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O EqLZM/minimum
H2O_EqLZM_maximum[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O EqLZM/maximum
H2O_EqLZM_time_bnds[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O EqLZM/time_bnds
H2O_EqLZM_nvalues[ H2O_EqLZM_time= 0 ..0] [ H2O_EqLZM_lev= 0 ..52] [ H2O_EqLZM_lat= 0 ..44] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O EqLZM/nvalues
H2O_ThetaZM_lat_bnds[ H2O_ThetaZM_lat= 0 ..44] [ H2O_ThetaZM_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O ThetaZM/lat_bnds
H2O_ThetaZM_value[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O ThetaZM/value
H2O_ThetaZM_std_dev[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O ThetaZM/std_dev
H2O_ThetaZM_rms_uncertainty[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O ThetaZM/rms_uncertainty
H2O_ThetaZM_minimum[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O ThetaZM/minimum
H2O_ThetaZM_maximum[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O ThetaZM/maximum
H2O_ThetaZM_time_bnds[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O ThetaZM/time_bnds
H2O_ThetaZM_nvalues[ H2O_ThetaZM_time= 0 ..0] [ H2O_ThetaZM_lev= 0 ..52] [ H2O_ThetaZM_lat= 0 ..44] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O ThetaZM/nvalues
H2O_PressureGrid_lat_bnds[ H2O_PressureGrid_lat= 0 ..44] [ H2O_PressureGrid_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O PressureGrid/lat_bnds
H2O_PressureGrid_value[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O PressureGrid/value
H2O_PressureGrid_std_dev[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O PressureGrid/std_dev
H2O_PressureGrid_rms_uncertainty[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O PressureGrid/rms_uncertainty
H2O_PressureGrid_minimum[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O PressureGrid/minimum
H2O_PressureGrid_maximum[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O PressureGrid/maximum
H2O_PressureGrid_time_bnds[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O PressureGrid/time_bnds
H2O_PressureGrid_nvalues[ H2O_PressureGrid_time= 0 ..0] [ H2O_PressureGrid_lev= 0 ..54] [ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_lat= 0 ..44] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O PressureGrid/nvalues
H2O_PressureGrid_lon_bnds[ H2O_PressureGrid_lon= 0 ..71] [ H2O_PressureGrid_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Longitude Bounds
    • units: degrees_east
    • comments: Longitude at bounds of the grid cell
    • origname: lon_bnds
    • fullnamepath: /H2O PressureGrid/lon_bnds
H2O_VortexAvg_vortex_edge[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Vortex Edge Criteria in Scaled Potential Vorticity
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The contour value indicating the polar vortex edge
    • origname: vortex_edge
    • fullnamepath: /H2O VortexAvg/vortex_edge
H2O_VortexAvg_lat_bnds[ H2O_VortexAvg_lat= 0 ..1] [ H2O_VortexAvg_nv= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude Bounds
    • units: degrees_north
    • comments: Latitude at bounds of the grid cell
    • origname: lat_bnds
    • fullnamepath: /H2O VortexAvg/lat_bnds
H2O_VortexAvg_value[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Average Value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The average value in a bin
    • origname: value
    • fullnamepath: /H2O VortexAvg/value
H2O_VortexAvg_std_dev[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Standard Deviation of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The standard deviation in each bin
    • origname: std_dev
    • fullnamepath: /H2O VortexAvg/std_dev
H2O_VortexAvg_rms_uncertainty[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: RMS Precision of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The RMS precision in a bin
    • origname: rms_uncertainty
    • fullnamepath: /H2O VortexAvg/rms_uncertainty
H2O_VortexAvg_minimum[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Minimum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The minimum value in each bin
    • origname: minimum
    • fullnamepath: /H2O VortexAvg/minimum
H2O_VortexAvg_maximum[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Maximum value of Water
    • units: vmr
    • _FillValue: -999.9899902
    • comments: The maximum value in each bin
    • origname: maximum
    • fullnamepath: /H2O VortexAvg/maximum
H2O_VortexAvg_vtx[ H2O_VortexAvg_aux= 0 ..2] (Type is Float32)
  • attributes
    • long_name: Vortex Average Criteria
    • units: none
    • comments: 0=outer vortex edge, 1=central vortex edge, 2=inner vortex edge
    • origname: vtx
    • fullnamepath: /H2O VortexAvg/vtx
H2O_VortexAvg_time_bnds[ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_nv= 0 ..1] (Type is Float64)
  • attributes
    • long_name: Time Bounds
    • units: days since 1950-01-01
    • calendar: standard
    • comments: The time boundaries. Data is lower bound <= time < upper bound
    • origname: time_bnds
    • fullnamepath: /H2O VortexAvg/time_bnds
H2O_VortexAvg_nvalues[ H2O_VortexAvg_aux= 0 ..2] [ H2O_VortexAvg_time= 0 ..0] [ H2O_VortexAvg_lev= 0 ..52] [ H2O_VortexAvg_lat= 0 ..1] (Type is Int32)
  • attributes
    • long_name: Number of values from Water
    • units: vmr
    • _FillValue: -999
    • comments: The number of values found in each bin
    • origname: nvalues
    • fullnamepath: /H2O VortexAvg/nvalues
OriginalInputFiles[ n_input_files= 0 ..1] (Type is String)
  • attributes
    • origname: OriginalInputFiles
    • fullnamepath: /OriginalInputFiles
XmlMetadata[ n_xml_lines= 0 ..78] (Type is String)
  • attributes
    • origname: XmlMetadata
    • fullnamepath: /XmlMetadata
H2O_EqLZM_lat[ H2O_EqLZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Equivalent Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Area of contours of the potential vorticity expressed as equivalent latitude
    • origname: lat
    • fullnamepath: /H2O EqLZM/lat
H2O_EqLZM_lev[ H2O_EqLZM_lev= 0 ..52] (Type is Float32)
  • attributes
    • long_name: Potential Temperature
    • units: K
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O EqLZM/lev
H2O_EqLZM_nv[ H2O_EqLZM_nv= 0 ..1] (Type is Float32)
no attributes
H2O_EqLZM_time[ H2O_EqLZM_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O EqLZM/time
H2O_PressureGrid_lat[ H2O_PressureGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Latitude at center of the grid cell
    • origname: lat
    • fullnamepath: /H2O PressureGrid/lat
H2O_PressureGrid_lev[ H2O_PressureGrid_lev= 0 ..54] (Type is Float32)
  • attributes
    • long_name: Pressure
    • units: hPa
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O PressureGrid/lev
H2O_PressureGrid_lon[ H2O_PressureGrid_lon= 0 ..71] (Type is Float32)
  • attributes
    • long_name: Longitude
    • units: degrees_east
    • bounds: lon_bnds
    • comments: Longitude at center of the grid cell
    • origname: lon
    • fullnamepath: /H2O PressureGrid/lon
H2O_PressureGrid_nv[ H2O_PressureGrid_nv= 0 ..1] (Type is Float32)
no attributes
H2O_PressureGrid_time[ H2O_PressureGrid_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O PressureGrid/time
H2O_PressureZM_lat[ H2O_PressureZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Latitude at center of the grid cell
    • origname: lat
    • fullnamepath: /H2O PressureZM/lat
H2O_PressureZM_lev[ H2O_PressureZM_lev= 0 ..54] (Type is Float32)
  • attributes
    • long_name: Pressure
    • units: hPa
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O PressureZM/lev
H2O_PressureZM_nv[ H2O_PressureZM_nv= 0 ..1] (Type is Float32)
no attributes
H2O_PressureZM_time[ H2O_PressureZM_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O PressureZM/time
H2O_ThetaGrid_lat[ H2O_ThetaGrid_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Latitude at center of the grid cell
    • origname: lat
    • fullnamepath: /H2O ThetaGrid/lat
H2O_ThetaGrid_lev[ H2O_ThetaGrid_lev= 0 ..52] (Type is Float32)
  • attributes
    • long_name: Potential Temperature
    • units: K
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O ThetaGrid/lev
H2O_ThetaGrid_lon[ H2O_ThetaGrid_lon= 0 ..71] (Type is Float32)
  • attributes
    • long_name: Longitude
    • units: degrees_east
    • bounds: lon_bnds
    • comments: Longitude at center of the grid cell
    • origname: lon
    • fullnamepath: /H2O ThetaGrid/lon
H2O_ThetaGrid_nv[ H2O_ThetaGrid_nv= 0 ..1] (Type is Float32)
no attributes
H2O_ThetaGrid_time[ H2O_ThetaGrid_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O ThetaGrid/time
H2O_ThetaZM_lat[ H2O_ThetaZM_lat= 0 ..44] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Latitude at center of the grid cell
    • origname: lat
    • fullnamepath: /H2O ThetaZM/lat
H2O_ThetaZM_lev[ H2O_ThetaZM_lev= 0 ..52] (Type is Float32)
  • attributes
    • long_name: Potential Temperature
    • units: K
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O ThetaZM/lev
H2O_ThetaZM_nv[ H2O_ThetaZM_nv= 0 ..1] (Type is Float32)
no attributes
H2O_ThetaZM_time[ H2O_ThetaZM_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O ThetaZM/time
H2O_VortexAvg_aux[ H2O_VortexAvg_aux= 0 ..2] (Type is Float32)
no attributes
H2O_VortexAvg_lat[ H2O_VortexAvg_lat= 0 ..1] (Type is Float32)
  • attributes
    • long_name: Latitude
    • units: degrees_north
    • bounds: lat_bnds
    • comments: Latitude at center of the grid cell
    • origname: lat
    • fullnamepath: /H2O VortexAvg/lat
H2O_VortexAvg_lev[ H2O_VortexAvg_lev= 0 ..52] (Type is Float32)
  • attributes
    • long_name: Potential Temperature
    • units: K
    • comments: The vertical coordinate
    • origname: lev
    • fullnamepath: /H2O VortexAvg/lev
H2O_VortexAvg_nv[ H2O_VortexAvg_nv= 0 ..1] (Type is Float32)
no attributes
H2O_VortexAvg_time[ H2O_VortexAvg_time= 0 ..0] (Type is Float64)
  • attributes
    • long_name: Time
    • units: days since 1950-01-01
    • bounds: time_bnds
    • calendar: standard
    • comments: The date
    • origname: time
    • fullnamepath: /H2O VortexAvg/time
n_input_files[ n_input_files= 0 ..1] (Type is Float32)
no attributes
n_xml_lines[ n_xml_lines= 0 ..78] (Type is Float32)
no attributes

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