netcdf files/g/ds313.0/0.9x1.25/2017/GEOS5_09x125_20170927.nc { dimensions: lat = 192; lon = 288; lev = 72; time = UNLIMITED; // (8 currently) ilev = 73; variables: float lat(lat=192); :units = "degrees_north"; :long_name = "latitude"; float lon(lon=288); :units = "degrees_east"; :long_name = "longitude"; float lev(lev=72); :units = "level"; :long_name = "hybrid level at midpoint (1000*(A+B))"; float time(time=8); :units = "days since 1900-01-01 00:00:00"; :long_name = "days since 01 Jan 1900 00:00:00"; float ilev(ilev=73); int date(time=8); :long_name = "current date (YYYYMMDD)"; int datesec(time=8); :long_name = "current seconds of current date"; float hyam(lev=72); :long_name = "hybrid A Coefficient at layer midpoints"; float hybm(lev=72); :long_name = "hybrid B Coefficient at layer midpoints"; float hyai(ilev=73); :long_name = "hybrid A Coefficient at layer interfaces"; float hybi(ilev=73); :long_name = "hybrid B Coefficient at layer interfaces"; float PS(time=8, lat=192, lon=288); :units = "Pa"; :long_name = "surface_pressure"; float U(time=8, lev=72, lat=192, lon=288); :units = "m s-1"; :long_name = "eastward_wind"; float V(time=8, lev=72, lat=192, lon=288); :units = "m s-1"; :long_name = "northward_wind"; float TAUX(time=8, lat=192, lon=288); :units = "N m-2"; :long_name = "eastward_surface_stress"; float TAUY(time=8, lat=192, lon=288); :units = "N m-2"; :long_name = "northward_surface_stress"; float SNOWH(time=8, lat=192, lon=288); :units = "kg m-2"; :long_name = "Total_snow_storage_land"; float FSDS(time=8, lat=192, lon=288); :units = "W m-2"; :long_name = "surface_incoming_shortwave_flux"; float SOILW(time=8, lat=192, lon=288); :units = "1"; :long_name = "surface_soil_wetness"; float TS(time=8, lat=192, lon=288); :units = "K"; :long_name = "surface_skin_temperature"; float T(time=8, lev=72, lat=192, lon=288); :units = "K"; :long_name = "air_temperature"; float Q(time=8, lev=72, lat=192, lon=288); :units = "kg kg-1"; :long_name = "specific_humidity"; float PHIS(time=8, lat=192, lon=288); :units = "m+2 s-2"; :long_name = "surface geopotential height"; float ORO(time=8, lat=192, lon=288); :units = "1"; :long_name = "fraction_of_land"; float QFLX(time=8, lat=192, lon=288); :units = "kg m-2 s-1"; :long_name = "evaporation_from_turbulence"; float SHFLX(time=8, lat=192, lon=288); :units = "W m-2"; :long_name = "sensible_heat_flux_from_turbulence"; // global attributes: :history = "created by regrid_met_data : 2017-10-02 13:11:13"; :input_file = "/glade/scratch/fvitt/GEOS/Y2017/M09/D27/GEOS5_orig_res_20170927.nc"; }