------------------------------------------------------------------------------------------------------------------ Eta SF analysis files: 3DYYMMDDhh/AWIPSF00.tmXX, where XX=00,03,06,09 The 3DYYMMDDhh is the reference time. The actual analysis time is (reference time - XX hours). 49 variable/level combinations in NCEP Eta SF analysis data Abbr unit Parm LTY LVL-1 LVL-2 P1 P2 TR ------------------------------------------------------------------------------------------------------------------ Pressure PRES Pa 1, 1, 0, 0 00 00 000 Pressure PRES Pa 1, 7, 0, 0 00 00 000 Pressure PRES Pa 1,109, 1, 99999 00 00 000 Geopotential height HGT gpm 7, 1, 0, 0 00 00 000 Geopotential height HGT gpm 7,100, 250, 99999 00 00 000 Geopotential height HGT gpm 7,100, 500, 99999 00 00 000 Geopotential height HGT gpm 7,100, 850, 99999 00 00 000 Geopotential height HGT gpm 7,100, 1000, 99999 00 00 000 Geopotential height HGT gpm 7,109, 1, 99999 00 00 000 Temperature TMP K 11, 1, 0, 0 00 00 000 Temperature TMP K 11,100, 850, 99999 00 00 000 Temperature TMP K 11,105, 2, 99999 00 00 000 Temperature TMP K 11,109, 1, 99999 00 00 000 Temperature TMP K 11,116, 30, 0 00 00 000 u wind UGRD m/s 33,100, 250, 99999 00 00 000 u wind UGRD m/s 33,100, 850, 99999 00 00 000 u wind UGRD m/s 33,105, 10, 99999 00 00 000 u wind UGRD m/s 33,109, 1, 99999 00 00 000 u wind UGRD m/s 33,116, 30, 0 00 00 000 v wind VGRD m/s 34,100, 250, 99999 00 00 000 v wind VGRD m/s 34,100, 850, 99999 00 00 000 v wind VGRD m/s 34,105, 10, 99999 00 00 000 v wind VGRD m/s 34,109, 1, 99999 00 00 000 v wind VGRD m/s 34,116, 30, 0 00 00 000 Pressure vertical velocity VVEL Pa/s 39,100, 700, 99999 00 00 000 Absolute vorticity ABSV /s 41,100, 500, 99999 00 00 000 Specific humidity SPFH kg/kg 51,100, 850, 99999 00 00 000 Specific humidity SPFH kg/kg 51,105, 2, 99999 00 00 000 Specific humidity SPFH kg/kg 51,109, 1, 99999 00 00 000 Specific humidity SPFH kg/kg 51,116, 30, 0 00 00 000 Precipitable water PWAT kg/m^2 54,200, 0, 99999 00 00 000 Water equiv. of accum. snow depth WEASD kg/m^2 65, 1, 0, 0 00 00 000 Water equiv. of accum. snow depth WEASD kg/m^2 65, 1, 0, 0 00 00 004 Land-sea mask (land=1;sea=0) LAND fraction 81, 1, 0, 0 00 00 000 Albedo ALBDO % 84, 1, 0, 0 00 00 000 Soil temperature TSOIL K 85,111, 300, 99999 00 00 000 Soil temperature TSOIL K 85,112, 0, 10 00 00 000 Soil temperature TSOIL K 85,112, 10, 200 00 00 000 Soil moisture content SOILM kg/m^2 86,112, 0, 200 00 00 000 Zonal component of momentum flux UFLX N/m^2 124, 1, 0, 0 00 00 000 Meridional component of momentum flux VFLX N/m^2 125, 1, 0, 0 00 00 000 Mean sea level pressure (ETA model) MSLET Pa 130,102, 0, 0 00 00 000 Volumetric soil moisture content SOILW fraction 144,112, 0, 10 00 00 000 Volumetric soil moisture content SOILW fraction 144,112, 10, 200 00 00 000 Convective Available Potential Energy CAPE J/kg 157, 1, 0, 0 00 00 000 Momentum flux MFLX N/m^2 172, 1, 0, 0 00 00 003 Moisture availability MSTAV % 207,112, 0, 200 00 00 000 Plant canopy surface water CNWAT kg/m^2 223, 1, 0, 0 00 00 000 Drag coefficient CD dimensionl 252, 1, 0, 0 00 00 000 ------------------------------------------------------------------------------------------------------------------