Attributes {
    LambertConformal_Projection {
        String grid_mapping_name "lambert_conformal_conic";
        Float64 latitude_of_projection_origin 25.0;
        Float64 longitude_of_central_meridian 265.0;
        Float64 standard_parallel 25.0;
        Float64 earth_radius 6371229.0;
    }
    x {
        String standard_name "projection_x_coordinate";
        String units "km";
    }
    y {
        String standard_name "projection_y_coordinate";
        String units "km";
    }
    reftime {
        String units "Hour since 2023-09-05T17:00:00Z";
        String standard_name "forecast_reference_time";
        String long_name "GRIB reference time";
        String calendar "proleptic_gregorian";
    }
    time {
        String units "Hour since 2023-09-05T17:00:00Z";
        String standard_name "time";
        String long_name "GRIB forecast or observation time";
        String calendar "proleptic_gregorian";
    }
    height_above_ground_layer {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
        String bounds "height_above_ground_layer_bounds";
    }
    height_above_ground_layer_bounds {
        String units "m";
        String long_name "bounds for height_above_ground_layer";
    }
    isobaric {
        String units "Pa";
        String long_name "Isobaric surface";
        String positive "down";
        Int32 Grib_level_type 100;
    }
    height_above_ground {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    height_above_ground1 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    isobaric1 {
        String units "Pa";
        String long_name "Isobaric surface";
        String positive "down";
        Int32 Grib_level_type 100;
    }
    depth_below_surface {
        String units "m";
        String long_name "Depth below land surface";
        String positive "down";
        Int32 Grib_level_type 106;
        String datum "land surface";
    }
    height_above_ground2 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    height_above_ground3 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    height_above_ground_layer1 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
        String bounds "height_above_ground_layer1_bounds";
    }
    height_above_ground_layer1_bounds {
        String units "m";
        String long_name "bounds for height_above_ground_layer1";
    }
    isobaric_layer {
        String units "Pa";
        String long_name "Isobaric surface";
        String positive "down";
        Int32 Grib_level_type 100;
        String bounds "isobaric_layer_bounds";
    }
    isobaric_layer_bounds {
        String units "Pa";
        String long_name "bounds for isobaric_layer";
    }
    pressure_difference_layer {
        String units "Pa";
        String long_name "Level at specified pressure difference from ground to level";
        String positive "up";
        Int32 Grib_level_type 108;
        String datum "ground";
        String bounds "pressure_difference_layer_bounds";
    }
    pressure_difference_layer_bounds {
        String units "Pa";
        String long_name "bounds for pressure_difference_layer";
    }
    height_above_ground_layer2 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
        String bounds "height_above_ground_layer2_bounds";
    }
    height_above_ground_layer2_bounds {
        String units "m";
        String long_name "bounds for height_above_ground_layer2";
    }
    height_above_ground4 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    pressure_difference_layer1 {
        String units "Pa";
        String long_name "Level at specified pressure difference from ground to level";
        String positive "up";
        Int32 Grib_level_type 108;
        String datum "ground";
        String bounds "pressure_difference_layer1_bounds";
    }
    pressure_difference_layer1_bounds {
        String units "Pa";
        String long_name "bounds for pressure_difference_layer1";
    }
    isotherm_layer {
        String units "K";
        String long_name "Isothermal level";
        String positive "down";
        Int32 Grib_level_type 20;
        String bounds "isotherm_layer_bounds";
    }
    isotherm_layer_bounds {
        String units "K";
        String long_name "bounds for isotherm_layer";
    }
    pressure_difference_layer2 {
        String units "Pa";
        String long_name "Level at specified pressure difference from ground to level";
        String positive "up";
        Int32 Grib_level_type 108;
        String datum "ground";
        String bounds "pressure_difference_layer2_bounds";
    }
    pressure_difference_layer2_bounds {
        String units "Pa";
        String long_name "bounds for pressure_difference_layer2";
    }
    pressure_difference_layer3 {
        String units "Pa";
        String long_name "Level at specified pressure difference from ground to level";
        String positive "up";
        Int32 Grib_level_type 108;
        String datum "ground";
        String bounds "pressure_difference_layer3_bounds";
    }
    pressure_difference_layer3_bounds {
        String units "Pa";
        String long_name "bounds for pressure_difference_layer3";
    }
    height_above_ground5 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
    }
    isotherm {
        String units "K";
        String long_name "Isothermal level";
        String positive "down";
        Int32 Grib_level_type 20;
    }
    height_above_ground_layer3 {
        String units "m";
        String long_name "Specified height level above ground";
        String positive "up";
        Int32 Grib_level_type 103;
        String datum "ground";
        String bounds "height_above_ground_layer3_bounds";
    }
    height_above_ground_layer3_bounds {
        String units "m";
        String long_name "bounds for height_above_ground_layer3";
    }
    Absolute_vorticity_isobaric {
        String long_name "Absolute vorticity @ Isobaric surface";
        String units "1/s";
        String abbreviation "ABSV";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric1 y x ";
        String Grib_Variable_Id "VAR_0-2-10_L100";
        Int32 Grib2_Parameter 0, 2, 10;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Absolute vorticity";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Aerosol_optical_thickness_entire_atmosphere_single_layer {
        String long_name "Aerosol optical thickness @ Entire atmosphere layer";
        String units "";
        String abbreviation "AOTK";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-20-102_L200";
        Int32 Grib2_Parameter 0, 20, 102;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Atmospheric Chemical Constituents";
        String Grib2_Parameter_Name "Aerosol optical thickness";
        Int32 Grib2_Level_Type 200;
        String Grib2_Level_Desc "Entire atmosphere layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Convective_available_potential_energy_surface {
        String long_name "Convective available potential energy @ Ground or water surface";
        String units "J/kg";
        String abbreviation "CAPE";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-7-6_L1";
        Int32 Grib2_Parameter 0, 7, 6;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Convective available potential energy";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Convective_available_potential_energy_pressure_difference_layer {
        String long_name "Convective available potential energy @ Level at specified pressure difference from ground to level layer";
        String units "J/kg";
        String abbreviation "CAPE";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer2 y x ";
        String Grib_Variable_Id "VAR_0-7-6_L108_layer";
        Int32 Grib2_Parameter 0, 7, 6;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Convective available potential energy";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Convective_available_potential_energy_height_above_ground_layer {
        String long_name "Convective available potential energy @ Specified height level above ground layer";
        String units "J/kg";
        String abbreviation "CAPE";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer1 y x ";
        String Grib_Variable_Id "VAR_0-7-6_L103_layer";
        Int32 Grib2_Parameter 0, 7, 6;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Convective available potential energy";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Convective_inhibition_surface {
        String long_name "Convective inhibition @ Ground or water surface";
        String units "J/kg";
        String abbreviation "CIN";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-7-7_L1";
        Int32 Grib2_Parameter 0, 7, 7;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Convective inhibition";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Convective_inhibition_pressure_difference_layer {
        String long_name "Convective inhibition @ Level at specified pressure difference from ground to level layer";
        String units "J/kg";
        String abbreviation "CIN";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer2 y x ";
        String Grib_Variable_Id "VAR_0-7-7_L108_layer";
        Int32 Grib2_Parameter 0, 7, 7;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Convective inhibition";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Dewpoint_depression_or_deficit_height_above_ground {
        String long_name "Dewpoint depression (or deficit) @ Specified height level above ground";
        String units "K";
        String abbreviation "DEPR";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground y x ";
        String Grib_Variable_Id "VAR_0-0-7_L103";
        Int32 Grib2_Parameter 0, 0, 7;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Dewpoint depression (or deficit)";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Dewpoint_temperature_height_above_ground {
        String long_name "Dewpoint temperature @ Specified height level above ground";
        String units "K";
        String abbreviation "DPT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground y x ";
        String Grib_Variable_Id "VAR_0-0-6_L103";
        Int32 Grib2_Parameter 0, 0, 6;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Dewpoint temperature";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Echo_top_entire_atmosphere_single_layer {
        String long_name "Echo top @ Entire atmosphere layer";
        String units "m";
        String abbreviation "RETOP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-16-3_L200";
        Int32 Grib2_Parameter 0, 16, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Forecast Radar Imagery";
        String Grib2_Parameter_Name "Echo top";
        Int32 Grib2_Level_Type 200;
        String Grib2_Level_Desc "Entire atmosphere layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_cloud_base {
        String long_name "Geopotential height @ Cloud base level";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L2";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 2;
        String Grib2_Level_Desc "Cloud base level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_cloud_tops {
        String long_name "Geopotential height @ Level of cloud tops";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L3";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 3;
        String Grib2_Level_Desc "Level of cloud tops";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_isobaric {
        String long_name "Geopotential height @ Isobaric surface";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-3-5_L100";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_zeroDegC_isotherm {
        String long_name "Geopotential height @ Level of 0 °C isotherm";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L4";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 4;
        String Grib2_Level_Desc "Level of 0 °C isotherm";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_isotherm {
        String long_name "Geopotential height @ Isothermal level";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isotherm y x ";
        String Grib_Variable_Id "VAR_0-3-5_L20";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 20;
        String Grib2_Level_Desc "Isothermal level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_UnknownLevelType-14 {
        String long_name "Geopotential height @ Level of free convection (LFC)";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L14";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 14;
        String Grib2_Level_Desc "Level of free convection (LFC)";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_surface {
        String long_name "Geopotential height @ Ground or water surface";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L1";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_planetary_boundary {
        String long_name "Geopotential height @ Planetary Boundary Layer";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L220";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 220;
        String Grib2_Level_Desc "Planetary Boundary Layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_lowest_level_of_the_wet_bulb_zero {
        String long_name "Geopotential height @ Lowest level of the wet bulb zero";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L245";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 245;
        String Grib2_Level_Desc "Lowest level of the wet bulb zero";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_equilibrium {
        String long_name "Geopotential height @ Equilibrium level";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L247";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 247;
        String Grib2_Level_Desc "Equilibrium level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_convective_cloud_top {
        String long_name "Geopotential height @ Convective cloud top level";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L243";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 243;
        String Grib2_Level_Desc "Convective cloud top level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_cloud_ceiling {
        String long_name "Geopotential height @ Cloud ceiling";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L215";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 215;
        String Grib2_Level_Desc "Cloud ceiling";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Geopotential_height_highest_tropospheric_freezing {
        String long_name "Geopotential height @ Highest tropospheric freezing level";
        String units "gpm";
        String abbreviation "HGT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-5_L204";
        Int32 Grib2_Parameter 0, 3, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Geopotential height";
        Int32 Grib2_Level_Type 204;
        String Grib2_Level_Desc "Highest tropospheric freezing level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Haines_index_surface {
        String long_name "Haines index @ Ground or water surface";
        String units "";
        String abbreviation "HINDEX";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_2-4-2_L1";
        Int32 Grib2_Parameter 2, 4, 2;
        String Grib2_Parameter_Discipline "Land surface products";
        String Grib2_Parameter_Category "Fire Weather Products";
        String Grib2_Parameter_Name "Haines index";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    High_cloud_cover_high_cloud {
        String long_name "High cloud cover @ High cloud layer";
        String units "%";
        String abbreviation "HCDC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-6-5_L234";
        Int32 Grib2_Parameter 0, 6, 5;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Cloud";
        String Grib2_Parameter_Name "High cloud cover";
        Int32 Grib2_Level_Type 234;
        String Grib2_Level_Desc "High cloud layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Low_cloud_cover_low_cloud {
        String long_name "Low cloud cover @ Low cloud layer";
        String units "%";
        String abbreviation "LCDC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-6-3_L214";
        Int32 Grib2_Parameter 0, 6, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Cloud";
        String Grib2_Parameter_Name "Low cloud cover";
        Int32 Grib2_Level_Type 214;
        String Grib2_Level_Desc "Low cloud layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Mass_density_concentration_height_above_ground {
        String long_name "Mass density (concentration) @ Specified height level above ground";
        String units "kg.m-3";
        String abbreviation "MASSDEN";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground1 y x ";
        String Grib_Variable_Id "VAR_0-20-0_L103";
        Int32 Grib2_Parameter 0, 20, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Atmospheric Chemical Constituents";
        String Grib2_Parameter_Name "Mass density (concentration)";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Medium_cloud_cover_middle_cloud {
        String long_name "Medium cloud cover @ Middle cloud layer";
        String units "%";
        String abbreviation "MCDC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-6-4_L224";
        Int32 Grib2_Parameter 0, 6, 4;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Cloud";
        String Grib2_Parameter_Name "Medium cloud cover";
        Int32 Grib2_Level_Type 224;
        String Grib2_Level_Desc "Middle cloud layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Potential_temperature_height_above_ground {
        String long_name "Potential temperature @ Specified height level above ground";
        String units "K";
        String abbreviation "POT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground y x ";
        String Grib_Variable_Id "VAR_0-0-2_L103";
        Int32 Grib2_Parameter 0, 0, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Potential temperature";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Potential_temperature_tropopause {
        String long_name "Potential temperature @ Tropopause";
        String units "K";
        String abbreviation "POT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-0-2_L7";
        Int32 Grib2_Parameter 0, 0, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Potential temperature";
        Int32 Grib2_Level_Type 7;
        String Grib2_Level_Desc "Tropopause";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Precipitable_water_entire_atmosphere_single_layer {
        String long_name "Precipitable water @ Entire atmosphere layer";
        String units "kg.m-2";
        String abbreviation "PWAT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-3_L200";
        Int32 Grib2_Parameter 0, 1, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Precipitable water";
        Int32 Grib2_Level_Type 200;
        String Grib2_Level_Desc "Entire atmosphere layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Precipitation_rate_surface {
        String long_name "Precipitation rate @ Ground or water surface";
        String units "kg.m-2.s-1";
        String abbreviation "PRATE";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-7_L1";
        Int32 Grib2_Parameter 0, 1, 7;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Precipitation rate";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_zeroDegC_isotherm {
        String long_name "Pressure @ Level of 0 °C isotherm";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-0_L4";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 4;
        String Grib2_Level_Desc "Level of 0 °C isotherm";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_maximum_wind {
        String long_name "Pressure @ Maximum wind level";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-0_L6";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 6;
        String Grib2_Level_Desc "Maximum wind level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_tropopause {
        String long_name "Pressure @ Tropopause";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-0_L7";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 7;
        String Grib2_Level_Desc "Tropopause";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_height_above_ground {
        String long_name "Pressure @ Specified height level above ground";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground3 y x ";
        String Grib_Variable_Id "VAR_0-3-0_L103";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_highest_tropospheric_freezing {
        String long_name "Pressure @ Highest tropospheric freezing level";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-0_L204";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 204;
        String Grib2_Level_Desc "Highest tropospheric freezing level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_surface {
        String long_name "Pressure @ Ground or water surface";
        String units "Pa";
        String abbreviation "PRES";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-0_L1";
        Int32 Grib2_Parameter 0, 3, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pseudo-adiabatic_potential_temperature_or_equivalent_potential_temperature_surface {
        String long_name "Pseudo-adiabatic potential temperature or equivalent potential temperature @ Ground or water surface";
        String units "K";
        String abbreviation "EPOT";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-0-3_L1";
        Int32 Grib2_Parameter 0, 0, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Pseudo-adiabatic potential temperature or equivalent potential temperature";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_humidity_isobaric {
        String long_name "Relative humidity @ Isobaric surface";
        String units "%";
        String abbreviation "RH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-1-1_L100";
        Int32 Grib2_Parameter 0, 1, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative humidity";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_humidity_zeroDegC_isotherm {
        String long_name "Relative humidity @ Level of 0 °C isotherm";
        String units "%";
        String abbreviation "RH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-1_L4";
        Int32 Grib2_Parameter 0, 1, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative humidity";
        Int32 Grib2_Level_Type 4;
        String Grib2_Level_Desc "Level of 0 °C isotherm";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_humidity_height_above_ground {
        String long_name "Relative humidity @ Specified height level above ground";
        String units "%";
        String abbreviation "RH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground y x ";
        String Grib_Variable_Id "VAR_0-1-1_L103";
        Int32 Grib2_Parameter 0, 1, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative humidity";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_humidity_highest_tropospheric_freezing {
        String long_name "Relative humidity @ Highest tropospheric freezing level";
        String units "%";
        String abbreviation "RH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-1_L204";
        Int32 Grib2_Parameter 0, 1, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative humidity";
        Int32 Grib2_Level_Type 204;
        String Grib2_Level_Desc "Highest tropospheric freezing level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_humidity_pressure_difference_layer {
        String long_name "Relative humidity @ Level at specified pressure difference from ground to level layer";
        String units "%";
        String abbreviation "RH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer3 y x ";
        String Grib_Variable_Id "VAR_0-1-1_L108_layer";
        Int32 Grib2_Parameter 0, 1, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative humidity";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Snow_depth_surface {
        String long_name "Snow depth @ Ground or water surface";
        String units "m";
        String abbreviation "SNOD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-11_L1";
        Int32 Grib2_Parameter 0, 1, 11;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Snow depth";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Specific_humidity_height_above_ground {
        String long_name "Specific humidity @ Specified height level above ground";
        String units "kg/kg";
        String abbreviation "SPFH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground2 y x ";
        String Grib_Variable_Id "VAR_0-1-0_L103";
        Int32 Grib2_Parameter 0, 1, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Specific humidity";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Storm_relative_helicity_height_above_ground_layer {
        String long_name "Storm relative helicity @ Specified height level above ground layer";
        String units "J/kg";
        String abbreviation "HLCY";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer2 y x ";
        String Grib_Variable_Id "VAR_0-7-8_L103_layer";
        Int32 Grib2_Parameter 0, 7, 8;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Storm relative helicity";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Temperature_isobaric {
        String long_name "Temperature @ Isobaric surface";
        String units "K";
        String abbreviation "TMP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-0-0_L100";
        Int32 Grib2_Parameter 0, 0, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Temperature";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Temperature_height_above_ground {
        String long_name "Temperature @ Specified height level above ground";
        String units "K";
        String abbreviation "TMP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground2 y x ";
        String Grib_Variable_Id "VAR_0-0-0_L103";
        Int32 Grib2_Parameter 0, 0, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Temperature";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Temperature_tropopause {
        String long_name "Temperature @ Tropopause";
        String units "K";
        String abbreviation "TMP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-0-0_L7";
        Int32 Grib2_Parameter 0, 0, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Temperature";
        Int32 Grib2_Level_Type 7;
        String Grib2_Level_Desc "Tropopause";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Temperature_surface {
        String long_name "Temperature @ Ground or water surface";
        String units "K";
        String abbreviation "TMP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-0-0_L1";
        Int32 Grib2_Parameter 0, 0, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Temperature";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Temperature_pressure_difference_layer {
        String long_name "Temperature @ Level at specified pressure difference from ground to level layer";
        String units "K";
        String abbreviation "TMP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer3 y x ";
        String Grib_Variable_Id "VAR_0-0-0_L108_layer";
        Int32 Grib2_Parameter 0, 0, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Temperature";
        String Grib2_Parameter_Name "Temperature";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Total_cloud_cover_entire_atmosphere {
        String long_name "Total cloud cover @ Entire atmosphere";
        String units "%";
        String abbreviation "TCDC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-6-1_L10";
        Int32 Grib2_Parameter 0, 6, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Cloud";
        String Grib2_Parameter_Name "Total cloud cover";
        Int32 Grib2_Level_Type 10;
        String Grib2_Level_Desc "Entire atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Total_cloud_cover_boundary_layer_cloud {
        String long_name "Total cloud cover @ Boundary layer cloud layer";
        String units "%";
        String abbreviation "TCDC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-6-1_L211";
        Int32 Grib2_Parameter 0, 6, 1;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Cloud";
        String Grib2_Parameter_Name "Total cloud cover";
        Int32 Grib2_Level_Type 211;
        String Grib2_Level_Desc "Boundary layer cloud layer";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Categorical_Rain_surface {
        String long_name "Categorical Rain @ Ground or water surface";
        String units "Code table 4.222";
        String abbreviation "CRAIN";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-192_L1";
        Int32 Grib2_Parameter 0, 1, 192;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Categorical Rain";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Categorical_Freezing_Rain_surface {
        String long_name "Categorical Freezing Rain @ Ground or water surface";
        String units "Code table 4.222";
        String abbreviation "CFRZR";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-193_L1";
        Int32 Grib2_Parameter 0, 1, 193;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Categorical Freezing Rain";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Categorical_Ice_Pellets_surface {
        String long_name "Categorical Ice Pellets @ Ground or water surface";
        String units "Code table 4.222";
        String abbreviation "CICEP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-194_L1";
        Int32 Grib2_Parameter 0, 1, 194;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Categorical Ice Pellets";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Categorical_Snow_surface {
        String long_name "Categorical Snow @ Ground or water surface";
        String units "Code table 4.222";
        String abbreviation "CSNOW";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-195_L1";
        Int32 Grib2_Parameter 0, 1, 195;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Categorical Snow";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Relative_Humidity_with_Respect_to_Precipitable_Water_entire_atmosphere {
        String long_name "Relative Humidity with Respect to Precipitable Water @ Entire atmosphere";
        String units "%";
        String abbreviation "RHPW";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-242_L10";
        Int32 Grib2_Parameter 0, 1, 242;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Relative Humidity with Respect to Precipitable Water";
        Int32 Grib2_Level_Type 10;
        String Grib2_Level_Desc "Entire atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Reflectivity_height_above_ground {
        String long_name "Reflectivity @ Specified height level above ground";
        String units "dB";
        String abbreviation "REFD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground4 y x ";
        String Grib_Variable_Id "VAR_0-16-195_L103";
        Int32 Grib2_Parameter 0, 16, 195;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Forecast Radar Imagery";
        String Grib2_Parameter_Name "Reflectivity";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Composite_reflectivity_entire_atmosphere {
        String long_name "Composite reflectivity @ Entire atmosphere";
        String units "dB";
        String abbreviation "REFC";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-16-196_L10";
        Int32 Grib2_Parameter 0, 16, 196;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Forecast Radar Imagery";
        String Grib2_Parameter_Name "Composite reflectivity";
        Int32 Grib2_Level_Type 10;
        String Grib2_Level_Desc "Entire atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Lightning_surface {
        String long_name "Lightning @ Ground or water surface";
        String units "non-dim";
        String abbreviation "LTNG";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-17-192_L1";
        Int32 Grib2_Parameter 0, 17, 192;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Electrodynamics";
        String Grib2_Parameter_Name "Lightning";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    U-Component_Storm_Motion_height_above_ground_layer {
        String long_name "U-Component Storm Motion @ Specified height level above ground layer";
        String units "m.s-1";
        String abbreviation "USTM";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-194_L103_layer";
        Int32 Grib2_Parameter 0, 2, 194;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "U-Component Storm Motion";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    V-Component_Storm_Motion_height_above_ground_layer {
        String long_name "V-Component Storm Motion @ Specified height level above ground layer";
        String units "m.s-1";
        String abbreviation "VSTM";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-195_L103_layer";
        Int32 Grib2_Parameter 0, 2, 195;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "V-Component Storm Motion";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Planetary_Boundary_Layer_Height_surface {
        String long_name "Planetary Boundary Layer Height @ Ground or water surface";
        String units "m";
        String abbreviation "HPBL";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-196_L1";
        Int32 Grib2_Parameter 0, 3, 196;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Planetary Boundary Layer Height";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    MSLP_MAPS_System_Reduction_msl {
        String long_name "MSLP (MAPS System Reduction) @ Mean sea level";
        String units "Pa";
        String abbreviation "MSLMA";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-3-198_L101";
        Int32 Grib2_Parameter 0, 3, 198;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "MSLP (MAPS System Reduction)";
        Int32 Grib2_Level_Type 101;
        String Grib2_Level_Desc "Mean sea level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Pressure_of_level_from_which_parcel_was_lifted_pressure_difference_layer {
        String long_name "Pressure of level from which parcel was lifted @ Level at specified pressure difference from ground to level layer";
        String units "Pa";
        String abbreviation "PLPL";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer1 y x ";
        String Grib_Variable_Id "VAR_0-3-200_L108_layer";
        Int32 Grib2_Parameter 0, 3, 200;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Pressure of level from which parcel was lifted";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Layer_Thickness_isotherm_layer {
        String long_name "Layer Thickness @ Isothermal level layer";
        String units "m";
        String abbreviation "LAYTH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isotherm_layer y x ";
        String Grib_Variable_Id "VAR_0-3-205_L20_layer";
        Int32 Grib2_Parameter 0, 3, 205;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Mass";
        String Grib2_Parameter_Name "Layer Thickness";
        Int32 Grib2_Level_Type 20;
        String Grib2_Level_Desc "Isothermal level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Surface_Lifted_Index_isobaric_layer {
        String long_name "Surface Lifted Index @ Isobaric surface layer";
        String units "K";
        String abbreviation "LFT X";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric_layer y x ";
        String Grib_Variable_Id "VAR_0-7-192_L100_layer";
        Int32 Grib2_Parameter 0, 7, 192;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Surface Lifted Index";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Best_4_layer_Lifted_Index_pressure_difference_layer {
        String long_name "Best (4 layer) Lifted Index @ Level at specified pressure difference from ground to level layer";
        String units "K";
        String abbreviation "4LFTX";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer y x ";
        String Grib_Variable_Id "VAR_0-7-193_L108_layer";
        Int32 Grib2_Parameter 0, 7, 193;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Best (4 layer) Lifted Index";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Effective_Storm_Relative_Helicity_surface {
        String long_name "Effective Storm Relative Helicity @ Ground or water surface";
        String units "m2.s-2";
        String abbreviation "EFHL";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-7-204_L1";
        Int32 Grib2_Parameter 0, 7, 204;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Effective Storm Relative Helicity";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Enhanced_Stretching_Potential_height_above_ground_layer {
        String long_name "Enhanced Stretching Potential @ Specified height level above ground layer";
        String units "";
        String abbreviation "ESP";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer1 y x ";
        String Grib_Variable_Id "VAR_0-7-205_L103_layer";
        Int32 Grib2_Parameter 0, 7, 205;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Enhanced Stretching Potential";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Critical_Angle_height_above_ground_layer {
        String long_name "Critical Angle @ Specified height level above ground layer";
        String units "Degree";
        String abbreviation "CANGLE";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer y x ";
        String Grib_Variable_Id "VAR_0-7-206_L103_layer";
        Int32 Grib2_Parameter 0, 7, 206;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Thermodynamic stability indices";
        String Grib2_Parameter_Name "Critical Angle";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Moisture_Availability_depth_below_surface {
        String long_name "Moisture Availability @ Depth below land surface";
        String units "%";
        String abbreviation "MSTAV";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time depth_below_surface y x ";
        String Grib_Variable_Id "VAR_2-0-194_L106";
        Int32 Grib2_Parameter 2, 0, 194;
        String Grib2_Parameter_Discipline "Land surface products";
        String Grib2_Parameter_Category "Vegetation/Biomass";
        String Grib2_Parameter_Name "Moisture Availability";
        Int32 Grib2_Level_Type 106;
        String Grib2_Level_Desc "Depth below land surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Simulated_Brightness_Temperature_for_GOES_12_Channel_3_atmosphere_top {
        String long_name "Simulated Brightness Temperature for GOES 12, Channel 3 @ Nominal top of the atmosphere";
        String units "K";
        String abbreviation "SBT123";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_3-192-1_L8";
        Int32 Grib2_Parameter 3, 192, 1;
        String Grib2_Parameter_Discipline "Space products";
        String Grib2_Parameter_Category "Forecast Satellite Imagery Products";
        String Grib2_Parameter_Name "Simulated Brightness Temperature for GOES 12, Channel 3";
        Int32 Grib2_Level_Type 8;
        String Grib2_Level_Desc "Nominal top of the atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Simulated_Brightness_Temperature_for_GOES_12_Channel_4_atmosphere_top {
        String long_name "Simulated Brightness Temperature for GOES 12, Channel 4 @ Nominal top of the atmosphere";
        String units "K";
        String abbreviation "SBT124";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_3-192-2_L8";
        Int32 Grib2_Parameter 3, 192, 2;
        String Grib2_Parameter_Discipline "Space products";
        String Grib2_Parameter_Category "Forecast Satellite Imagery Products";
        String Grib2_Parameter_Name "Simulated Brightness Temperature for GOES 12, Channel 4";
        Int32 Grib2_Level_Type 8;
        String Grib2_Level_Desc "Nominal top of the atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Simulated_Brightness_Temperature_for_GOES_11_Channel_3_atmosphere_top {
        String long_name "Simulated Brightness Temperature for GOES 11, Channel 3 @ Nominal top of the atmosphere";
        String units "K";
        String abbreviation "SBT113";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_3-192-7_L8";
        Int32 Grib2_Parameter 3, 192, 7;
        String Grib2_Parameter_Discipline "Space products";
        String Grib2_Parameter_Category "Forecast Satellite Imagery Products";
        String Grib2_Parameter_Name "Simulated Brightness Temperature for GOES 11, Channel 3";
        Int32 Grib2_Level_Type 8;
        String Grib2_Level_Desc "Nominal top of the atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Simulated_Brightness_Temperature_for_GOES_11_Channel_4_atmosphere_top {
        String long_name "Simulated Brightness Temperature for GOES 11, Channel 4 @ Nominal top of the atmosphere";
        String units "K";
        String abbreviation "SBT114";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_3-192-8_L8";
        Int32 Grib2_Parameter 3, 192, 8;
        String Grib2_Parameter_Discipline "Space products";
        String Grib2_Parameter_Category "Forecast Satellite Imagery Products";
        String Grib2_Parameter_Name "Simulated Brightness Temperature for GOES 11, Channel 4";
        Int32 Grib2_Level_Type 8;
        String Grib2_Level_Desc "Nominal top of the atmosphere";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Vertical_u-component_shear_height_above_ground_layer {
        String long_name "Vertical u-component shear @ Specified height level above ground layer";
        String units "1/s";
        String abbreviation "VUCSH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-15_L103_layer";
        Int32 Grib2_Parameter 0, 2, 15;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Vertical u-component shear";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Vertical_v-component_shear_height_above_ground_layer {
        String long_name "Vertical v-component shear @ Specified height level above ground layer";
        String units "1/s";
        String abbreviation "VVCSH";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-16_L103_layer";
        Int32 Grib2_Parameter 0, 2, 16;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Vertical v-component shear";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Vertical_velocity_pressure_isobaric {
        String long_name "Vertical velocity (pressure) @ Isobaric surface";
        String units "Pa/s";
        String abbreviation "VVEL";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-2-8_L100";
        Int32 Grib2_Parameter 0, 2, 8;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Vertical velocity (pressure)";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Vertical_velocity_pressure_pressure_difference_layer {
        String long_name "Vertical velocity (pressure) @ Level at specified pressure difference from ground to level layer";
        String units "Pa/s";
        String abbreviation "VVEL";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-8_L108_layer";
        Int32 Grib2_Parameter 0, 2, 8;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Vertical velocity (pressure)";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Visibility_surface {
        String long_name "Visibility @ Ground or water surface";
        String units "m";
        String abbreviation "VIS";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-19-0_L1";
        Int32 Grib2_Parameter 0, 19, 0;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Physical atmospheric Properties";
        String Grib2_Parameter_Name "Visibility";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Water_equivalent_of_accumulated_snow_depth_surface {
        String long_name "Water equivalent of accumulated snow depth @ Ground or water surface";
        String units "kg.m-2";
        String abbreviation "WEASD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-1-13_L1";
        Int32 Grib2_Parameter 0, 1, 13;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Moisture";
        String Grib2_Parameter_Name "Water equivalent of accumulated snow depth";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    Wind_speed_gust_surface {
        String long_name "Wind speed (gust) @ Ground or water surface";
        String units "m/s";
        String abbreviation "GUST";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-2-22_L1";
        Int32 Grib2_Parameter 0, 2, 22;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "Wind speed (gust)";
        Int32 Grib2_Level_Type 1;
        String Grib2_Level_Desc "Ground or water surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    u-component_of_wind_isobaric {
        String long_name "u-component of wind @ Isobaric surface";
        String units "m/s";
        String abbreviation "UGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-2-2_L100";
        Int32 Grib2_Parameter 0, 2, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "u-component of wind";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    u-component_of_wind_maximum_wind {
        String long_name "u-component of wind @ Maximum wind level";
        String units "m/s";
        String abbreviation "UGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-2-2_L6";
        Int32 Grib2_Parameter 0, 2, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "u-component of wind";
        Int32 Grib2_Level_Type 6;
        String Grib2_Level_Desc "Maximum wind level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    u-component_of_wind_height_above_ground {
        String long_name "u-component of wind @ Specified height level above ground";
        String units "m/s";
        String abbreviation "UGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground5 y x ";
        String Grib_Variable_Id "VAR_0-2-2_L103";
        Int32 Grib2_Parameter 0, 2, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "u-component of wind";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    u-component_of_wind_tropopause {
        String long_name "u-component of wind @ Tropopause";
        String units "m/s";
        String abbreviation "UGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-2-2_L7";
        Int32 Grib2_Parameter 0, 2, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "u-component of wind";
        Int32 Grib2_Level_Type 7;
        String Grib2_Level_Desc "Tropopause";
        String Grib2_Generating_Process_Type "Forecast";
    }
    u-component_of_wind_pressure_difference_layer {
        String long_name "u-component of wind @ Level at specified pressure difference from ground to level layer";
        String units "m/s";
        String abbreviation "UGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-2_L108_layer";
        Int32 Grib2_Parameter 0, 2, 2;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "u-component of wind";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    v-component_of_wind_isobaric {
        String long_name "v-component of wind @ Isobaric surface";
        String units "m/s";
        String abbreviation "VGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time isobaric y x ";
        String Grib_Variable_Id "VAR_0-2-3_L100";
        Int32 Grib2_Parameter 0, 2, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "v-component of wind";
        Int32 Grib2_Level_Type 100;
        String Grib2_Level_Desc "Isobaric surface";
        String Grib2_Generating_Process_Type "Forecast";
    }
    v-component_of_wind_maximum_wind {
        String long_name "v-component of wind @ Maximum wind level";
        String units "m/s";
        String abbreviation "VGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-2-3_L6";
        Int32 Grib2_Parameter 0, 2, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "v-component of wind";
        Int32 Grib2_Level_Type 6;
        String Grib2_Level_Desc "Maximum wind level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    v-component_of_wind_height_above_ground {
        String long_name "v-component of wind @ Specified height level above ground";
        String units "m/s";
        String abbreviation "VGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time height_above_ground5 y x ";
        String Grib_Variable_Id "VAR_0-2-3_L103";
        Int32 Grib2_Parameter 0, 2, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "v-component of wind";
        Int32 Grib2_Level_Type 103;
        String Grib2_Level_Desc "Specified height level above ground";
        String Grib2_Generating_Process_Type "Forecast";
    }
    v-component_of_wind_tropopause {
        String long_name "v-component of wind @ Tropopause";
        String units "m/s";
        String abbreviation "VGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time y x ";
        String Grib_Variable_Id "VAR_0-2-3_L7";
        Int32 Grib2_Parameter 0, 2, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "v-component of wind";
        Int32 Grib2_Level_Type 7;
        String Grib2_Level_Desc "Tropopause";
        String Grib2_Generating_Process_Type "Forecast";
    }
    v-component_of_wind_pressure_difference_layer {
        String long_name "v-component of wind @ Level at specified pressure difference from ground to level layer";
        String units "m/s";
        String abbreviation "VGRD";
        Float32 missing_value NaN;
        String grid_mapping "LambertConformal_Projection";
        String coordinates "reftime time pressure_difference_layer3 y x ";
        String Grib_Variable_Id "VAR_0-2-3_L108_layer";
        Int32 Grib2_Parameter 0, 2, 3;
        String Grib2_Parameter_Discipline "Meteorological products";
        String Grib2_Parameter_Category "Momentum";
        String Grib2_Parameter_Name "v-component of wind";
        Int32 Grib2_Level_Type 108;
        String Grib2_Level_Desc "Level at specified pressure difference from ground to level";
        String Grib2_Generating_Process_Type "Forecast";
    }
    NC_GLOBAL {
        String Originating_or_generating_Center "US National Weather Service, National Centres for Environmental Prediction (NCEP)";
        String Originating_or_generating_Subcenter "0";
        String GRIB_table_version "2,1";
        String Type_of_generating_process "Forecast";
        String Analysis_or_forecast_generating_process_identifier_defined_by_originating_centre "Rapid Refresh (RAP)";
        String file_format "GRIB-2";
        String Conventions "CF-1.6";
        String history "Read using CDM IOSP GribCollection v3";
        String featureType "GRID";
    }
}