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Global Attributes:	Conventions: "ARPS/ADAS" Title: "ARPS 5.1 history dump (time dependent)" History: "Created from ARPS NetCDF API at 2009-09-29_13:17:10.875 -05" FMTVER: "005.10 NetCDF 3.0" PACKED: 0 DX: 10000.0 DY: 10000.0 grid_mapping_name: "lambert_conformal_conic" MAPPROJ: 2 SCLFCT: 1.0 TRUELAT1: 36.0 TRUELAT2: 36.0 TRUELON: -100.0 CTRLAT: 38.0 CTRLON: -98.0 latitude_of_projection_origin: 36.0 longitude_of_central_meridian: -100.0 standard_parallel: 36.0, 36.0 false_easting: 2624659.0 false_northing: 1575765.0 RUNNAME: "ad2009092918" nocmnt: 2 cmnt01: "ARPS 5.2" cmnt02: "Del City Storm Simulation" INITIAL_TIME: "2009-09-29_18:00:00" TSTOP: 0.0 THISDMP: 3600.0 LATITUD: 38.0 XGRDORG: 0.0 YGRDORG: 0.0 UMOVE: 0.0 VMOVE: 0.0 N0RAIN: 8000000.0 N0SNOW: 3000000.0 N0HAIL: 40000.0 RHOSNOW: 100.0 RHOHAIL: 913.0 GRDFLG: 1 BASFLG: 1 VARFLG: 1 MSTFLG: 1 ICEFLG: 1 TRBFLG: 1 SFCFLG: 1 RAINFLG: 1 LANDFLG: 1 TOTFLG: 1 TKEFLG: 1 PRCFLG: 1 RADFLG: 1 FLXFLG: 1 SNOWFLG: 1 Unlimited_Dimension: Time

Variables:	x_stag: Array of 32 bit Reals [x_stag = 0..562] x_stag: standard_name: "projection_x_coordinate" long_name: "X coordinate" units: "m" stagger: "X"
	y_stag: Array of 32 bit Reals [y_stag = 0..362] y_stag: standard_name: "projection_y_coordinate" long_name: "Y coordinate" units: "m" stagger: "Y"
	z_stag: Array of 32 bit Reals [z_stag = 0..52] z_stag: standard_name: "height" long_name: "Z coordinate" units: "m" stagger: "Z"
	ZP: Array of 32 bit Reals [z_stag = 0..52][y = 0..361][x = 0..561] z_stag: y: x: standard_name: "geopotential_height" long_name: "Physical height coordinate (MSL)" units: "m" stagger: "Z"
	ZPSOIL: Array of 32 bit Reals [zsoil = 0..1][y = 0..361][x = 0..561] zsoil: y: x: standard_name: "geopotential_height" long_name: "Physical height coordinate (soil), meters above msl" units: "m" stagger: " "
	UBAR: Array of 32 bit Reals [z = 0..51][y = 0..361][x_stag = 0..562] z: y: x_stag: standard_name: "base_x_wind" long_name: "Base state u-velocity" units: "m s-1" stagger: "X"
	VBAR: Array of 32 bit Reals [z = 0..51][y_stag = 0..362][x = 0..561] z: y_stag: x: standard_name: "base_y_wind" long_name: "Base state v-velocity" units: "m s-1" stagger: "Y"
	WBAR: Array of 32 bit Reals [z_stag = 0..52][y = 0..361][x = 0..561] z_stag: y: x: standard_name: "base_upward_air_velocity" long_name: "Base state w-velocity" units: "m s-1" stagger: "Z"
	PTBAR: Array of 32 bit Reals [z = 0..51][y = 0..361][x = 0..561] z: y: x: standard_name: "base_air_potential_temperature" long_name: "Base state potential temperature" units: "K" stagger: " "
	PBAR: Array of 32 bit Reals [z = 0..51][y = 0..361][x = 0..561] z: y: x: standard_name: "base_air_pressure" long_name: "Base state pressure" units: "Pa" stagger: " "
	QVBAR: Array of 32 bit Reals [z = 0..51][y = 0..361][x = 0..561] z: y: x: standard_name: "base_specific_humidity" long_name: "Base state water vapor specific humidity" units: "1" stagger: " "
	SOILTYP: Array of 32 bit Integers [nstyp = 0..2][y = 0..361][x = 0..561] nstyp: y: x: standard_name: "soil_category" long_name: "Soil type" units: "index" stagger: " " _FillValue: 0
	STYPFRCT: Array of 32 bit Reals [nstyp = 0..2][y = 0..361][x = 0..561] nstyp: y: x: standard_name: "soil_fraction" long_name: "Soil type fractional coverage" units: "1" stagger: " "
	VEGTYP: Array of 32 bit Integers [y = 0..361][x = 0..561] y: x: standard_name: "vegetation_category" long_name: "Vegetation type" units: "index" stagger: " " _FillValue: 0
	LAI: Array of 32 bit Reals [y = 0..361][x = 0..561] y: x: standard_name: "leaf_area_index" long_name: "Leaf Area Index" units: "1" stagger: " "
	ROUFNS: Array of 32 bit Reals [y = 0..361][x = 0..561] y: x: standard_name: "surface_roughness_length" long_name: "Surface roughness" units: "m" stagger: " "
	VEG: Array of 32 bit Reals [y = 0..361][x = 0..561] y: x: standard_name: "vegetation_area_fraction" long_name: "Vegetation fraction" units: "1" stagger: " "
	Time: Array of 32 bit Reals [Time = 0..0] Time: standard_name: "time" long_name: "Data valid time" units: "seconds since 2009-09-29 18:00:00" stagger: " "
	U: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x_stag = 0..562] Time: z: y: x_stag: standard_name: "x_wind" long_name: "U-velocity" units: "m s-1" stagger: "X"
	V: Array of 32 bit Reals [Time = 0..0][z = 0..51][y_stag = 0..362][x = 0..561] Time: z: y_stag: x: standard_name: "y_wind" long_name: "V-velocity" units: "m s-1" stagger: "Y"
	W: Array of 32 bit Reals [Time = 0..0][z_stag = 0..52][y = 0..361][x = 0..561] Time: z_stag: y: x: standard_name: "upward_air_velocity" long_name: "W-velocity" units: "m s-1" stagger: "Z"
	PT: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "air_potential_temperature" long_name: "Potential temperature" units: "K" stagger: " "
	P: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "air_pressure" long_name: "Pressure" units: "Pa" stagger: " "
	QV: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "specific_humidity" long_name: "Water vapor specific humidity" units: "1" stagger: " "
	QC: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "mass_fraction_of_cloud_liquid_water_in_air" long_name: "Cloud water mixing ratio" units: "1" stagger: " "
	QR: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "mass_fraction_of_rain_water_in_air" long_name: "Rain water mixing ratio" units: "1" stagger: " "
	RAING: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "thickness_of_large_scale_rainfall_amount" long_name: "Grid supersaturation rain" units: "mm" stagger: " "
	RAINC: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "thickness_of_convective_rainfall_amount" long_name: "Cumulus convective rain" units: "mm" stagger: " "
	PRCRATE1: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "lwe_large_scale_precipitation_rate" long_name: "Grid scale precipitation rate" units: "m s-1" stagger: " "
	PRCRATE2: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "lwe_convective_precipitation_rate" long_name: "Cumulus precipitation rate" units: "m s-1" stagger: " "
	PRCRATE3: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "lwe_microphysics_precipitation_rate" long_name: "Microphysics precipitation rate" units: "m s-1" stagger: " "
	PRCRATE4: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "lwe_precipitation_rate" long_name: "Total precipitation rate" units: "m s-1" stagger: " "
	QI: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "mass_fraction_of_cloud_ice_in_air" long_name: "Cloud ice mixing ratio" units: "1" stagger: " "
	QS: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "mass_fraction_of_cloud_snow_water_in_air" long_name: "Snow mixing ratio" units: "1" stagger: " "
	QH: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "mass_fraction_of_cloud_graupel_water_in_air" long_name: "Hail mixing ratio" units: "1" stagger: " "
	TKE: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "turbulent_kinetic_energy" long_name: "Turbulent Kinetic Energy" units: "m2 s-2" stagger: " "
	KMH: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "turbulent_mixing_coefficient_for_horizontal_momentum" long_name: "Hori. turb. mixing coef. for momentum" units: "m2 s-1" stagger: " "
	KMV: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "turbulent_mixing_coefficient_for_vertical_momentum" long_name: "Vert. turb. mixing coef. for momentum" units: "m2 s-1" stagger: " "
	TSOIL: Array of 32 bit Reals [Time = 0..0][nstyp_total = 0..3][zsoil = 0..1][y = 0..361][x = 0..561] Time: nstyp_total: zsoil: y: x: standard_name: "soil_temperature" long_name: "Soil temperature" units: "K" stagger: " "
	QSOIL: Array of 32 bit Reals [Time = 0..0][nstyp_total = 0..3][zsoil = 0..1][y = 0..361][x = 0..561] Time: nstyp_total: zsoil: y: x: standard_name: "soil_moisture_content" long_name: "Soil moisture" units: "kg m-2" stagger: " "
	WETCANP: Array of 32 bit Reals [Time = 0..0][nstyp_total = 0..3][y = 0..361][x = 0..561] Time: nstyp_total: y: x: standard_name: "canopy_water_amount" long_name: "Canopy water amount" units: "kg m-2" stagger: " "
	SNOWDPTH: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_snow_thickness" long_name: "Snow depth" units: "m" stagger: " "
	RADFRC: Array of 32 bit Reals [Time = 0..0][z = 0..51][y = 0..361][x = 0..561] Time: z: y: x: standard_name: "radiation_forcing" long_name: "Radiation forcing" units: "K/s" stagger: " "
	RADSW: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_downwelling_shortwave_flux_in_air" long_name: "Solar radiation reaching the surface" units: "W m-2" stagger: " "
	RNFLX: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_net_downward_longwave_flux" long_name: "Net radiation flux absorbed by surface" units: "W m-2" stagger: " "
	RADSWNET: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_net_downward_shortwave_flux" long_name: "Net solar radiation" units: "W m-2" stagger: " "
	RADLWIN: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_downwelling_longwave_flux_in_air" long_name: "Incoming longwave radiation" units: "W m-2" stagger: " "
	USFLX: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_u_momentum_flux" long_name: "Surface flux of u-momentum" units: "kg m-1 s-2" stagger: " "
	VSFLX: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_v_momentum_flux" long_name: "Surface flux of v-momentum" units: "kg m-1 s-2" stagger: " "
	PTSFLX: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_downward_sensible_heat_flux" long_name: "Surface heat flux" units: "K kg m-1 s-2" stagger: " "
	QVSFLX: Array of 32 bit Reals [Time = 0..0][y = 0..361][x = 0..561] Time: y: x: standard_name: "surface_downward_water_flux" long_name: "Surface moisture flux" units: "kg m-2 s-1" stagger: " "

Send questions or comments to: support@unidata.ucar.edu

DDS:

Dataset {
    Float32 x_stag[x_stag = 563];
    Float32 y_stag[y_stag = 363];
    Float32 z_stag[z_stag = 53];
    Float32 ZP[z_stag = 53][y = 362][x = 562];
    Float32 ZPSOIL[zsoil = 2][y = 362][x = 562];
    Float32 UBAR[z = 52][y = 362][x_stag = 563];
    Float32 VBAR[z = 52][y_stag = 363][x = 562];
    Float32 WBAR[z_stag = 53][y = 362][x = 562];
    Float32 PTBAR[z = 52][y = 362][x = 562];
    Float32 PBAR[z = 52][y = 362][x = 562];
    Float32 QVBAR[z = 52][y = 362][x = 562];
    Int32 SOILTYP[nstyp = 3][y = 362][x = 562];
    Float32 STYPFRCT[nstyp = 3][y = 362][x = 562];
    Int32 VEGTYP[y = 362][x = 562];
    Float32 LAI[y = 362][x = 562];
    Float32 ROUFNS[y = 362][x = 562];
    Float32 VEG[y = 362][x = 562];
    Float32 Time[Time = 1];
    Float32 U[Time = 1][z = 52][y = 362][x_stag = 563];
    Float32 V[Time = 1][z = 52][y_stag = 363][x = 562];
    Float32 W[Time = 1][z_stag = 53][y = 362][x = 562];
    Float32 PT[Time = 1][z = 52][y = 362][x = 562];
    Float32 P[Time = 1][z = 52][y = 362][x = 562];
    Float32 QV[Time = 1][z = 52][y = 362][x = 562];
    Float32 QC[Time = 1][z = 52][y = 362][x = 562];
    Float32 QR[Time = 1][z = 52][y = 362][x = 562];
    Float32 RAING[Time = 1][y = 362][x = 562];
    Float32 RAINC[Time = 1][y = 362][x = 562];
    Float32 PRCRATE1[Time = 1][y = 362][x = 562];
    Float32 PRCRATE2[Time = 1][y = 362][x = 562];
    Float32 PRCRATE3[Time = 1][y = 362][x = 562];
    Float32 PRCRATE4[Time = 1][y = 362][x = 562];
    Float32 QI[Time = 1][z = 52][y = 362][x = 562];
    Float32 QS[Time = 1][z = 52][y = 362][x = 562];
    Float32 QH[Time = 1][z = 52][y = 362][x = 562];
    Float32 TKE[Time = 1][z = 52][y = 362][x = 562];
    Float32 KMH[Time = 1][z = 52][y = 362][x = 562];
    Float32 KMV[Time = 1][z = 52][y = 362][x = 562];
    Float32 TSOIL[Time = 1][nstyp_total = 4][zsoil = 2][y = 362][x = 562];
    Float32 QSOIL[Time = 1][nstyp_total = 4][zsoil = 2][y = 362][x = 562];
    Float32 WETCANP[Time = 1][nstyp_total = 4][y = 362][x = 562];
    Float32 SNOWDPTH[Time = 1][y = 362][x = 562];
    Float32 RADFRC[Time = 1][z = 52][y = 362][x = 562];
    Float32 RADSW[Time = 1][y = 362][x = 562];
    Float32 RNFLX[Time = 1][y = 362][x = 562];
    Float32 RADSWNET[Time = 1][y = 362][x = 562];
    Float32 RADLWIN[Time = 1][y = 362][x = 562];
    Float32 USFLX[Time = 1][y = 362][x = 562];
    Float32 VSFLX[Time = 1][y = 362][x = 562];
    Float32 PTSFLX[Time = 1][y = 362][x = 562];
    Float32 QVSFLX[Time = 1][y = 362][x = 562];
} assimilation/OU/CAPS/ADAS/10km/ad2009092918.nc;

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