dset ^%id2%imc%iy2/drfmr.T%ih2Z.PGrbF%f2 dtype grib 2 options template yrev index ^mrf00b.xxx.map undef -9.99e33 title MRF Initialized 00zxxx, Days 8-15, 2.5 degree grid xdef 144 linear 0 2.5 ydef 73 linear -90 2.5 zdef 26 levels 1000 975 950 925 900 850 800 750 700 650 600 550 500 450 400 350 300 250 200 150 100 70 50 30 20 10 tdef 31 linear 00zxxx 12hr vars 117 z 26 7,100 Geopotential Height [gpm] t 26 11,100 Temperature [K] u 26 33,100 U Winds [m/s] v 26 34,100 V Winds [m/s] vv 21 39,100 Pressure Vertical Velocity [Pa/s] rh 21 52,100 Relative Humidity [%] vort 26 41,100 Absolute Vorticity [/s] clwat 21 153,100 Cloud Water [kg/kg] za500 0 27,100,500 500mb Geopotential Height Anomaly [gpm] za1000 0 27,100,1000 1000mb Geopotential Height Anomaly [gpm] omr100 0 154,100,100 Ozone Mixing Ratio at 100 mb [kg/kg] omr70 0 154,100,70 Ozone Mixing Ratio at 70 mb [kg/kg] omr50 0 154,100,50 Ozone Mixing Ratio at 50 mb [kg/kg] omr30 0 154,100,30 Ozone Mixing Ratio at 30 mb [kg/kg] omr20 0 154,100,20 Ozone Mixing Ratio at 20 mb [kg/kg] omr10 0 154,100,10 Ozone Mixing Ratio at 10 mb [kg/kg] ozone 0 10,200,0 Total Ozone [Dobson] tb 0 11,116,30,0 Bottom 30mb Temperature [K] ub 0 33,116,30,0 Bottom 30mb U Winds [m/s] vb 0 34,116,30,0 Bottom 30mb V Winds [m/s] rhb 0 52,116,30,0 Bottom 30mb Relative Humidity [%] qb 0 51,116,30,0 Bottom 30mb Specific Humidity [kg/kg] pblh 0 221,1,0 Planetary Boundary Layer Height [m] pblcc 0 71,211,0 Planetary Boundary Layer Cloud Cover [%] t6000 0 11,103,1829 Temperature at 6000ft AMSL [K] t9000 0 11,103,2743 Temperature at 9000ft AMSL [K] t12000 0 11,103,3658 Temperature at 12000ft AMSL [K] u6000 0 33,103,1829 U Winds at 6000ft AMSL [m/s] u9000 0 33,103,2743 U Winds at 9000ft AMSL [m/s] u12000 0 33,103,3658 U Winds at 12000ft AMSL [m/s] v6000 0 34,103,1829 V Winds at 6000ft AMSL [m/s] v9000 0 34,103,2743 V Winds at 9000ft AMSL [m/s] v12000 0 34,103,3658 V Winds at 12000ft AMSL [m/s] ptls 0 13,107,9950 Sigma 0.995 Potential Temperature [K] tls 0 11,107,9950 Sigma 0.995 Temperature [K] vvls 0 39,107,9950 Sigma 0.995 Vertical Velocity [Pa/s] rhls 0 52,107,9950 Sigma 0.995 Relative Humidity [%] uls 0 33,107,9950 Sigma 0.995 U Winds [m/s] vls 0 34,107,9950 Sigma 0.995 V Winds [m/s] rhl1 0 52,108,33,100 Relative Humidity, Sigma 0.33 to 1 [%] rhl2 0 52,108,44,100 Relative Humidity, Sigma 0.44 to 1 [%] rhl3 0 52,108,72,94 Relative Humidity, Sigma 0.72 to 0.94 [%] rhl4 0 52,108,44,72 Relative Humidity, Sigma 0.44 to 0.72 [%] ztrop 0 7,7,0 Tropopause Geopotential Height [gpm] ttrop 0 11,7,0 Tropopause Temperature [K] ptrop 0 1,7,0 Tropopause Pressure [Pa] utrop 0 33,7,0 Tropopause U Winds [m/s] vtrop 0 34,7,0 Tropopause V Winds [m/s] strop 0 136,7,0 Tropopause Vertical Speed Shear [/s] pwmx 0 1,6,0 Max Wind Level Pressure [Pa] zwmx 0 7,6,0 Max Wind Level Geopotential Height [gpm] twmx 0 11,6,0 Max Wind Level Temperature [K] uwmx 0 33,6,0 Max Wind Level U Winds [m/s] vwmx 0 34,6,0 Max Wind Level V Winds [m/s] slp 0 2,102,0 Sea Level Pressure [Pa] ts 0 11,1,0 Surface Temperature [K] ps 0 1,1,0 Surface Pressure [Pa] zs 0 7,1,0 Surface Geopotential Height [gpm] ufs 0 124,1,0 Surface U Momentum Flux [N/m^2] vfs 0 125,1,0 Surface V Momentum Flux [N/m^2] pevpr 0 145,1,0 Surface Potential Evaporation Rate [W/m^2] lhfs 0 121,1,0 Surface Latent Heat Net Flux [W/m^2] shfs 0 122,1,0 Surface Sensible Heat Net Flux [W/m^2] albdo 0 84,1,0 Surface Albedo [%] dlwrfs 0 205,1,0 Surface Downward Long Wave Rad. Flux [W/m^2] ulwrfs 0 212,1,0 Surface Upward Long Wave Rad. Flux [W/m^2] dswrfs 0 204,1,0 Surface Downward Short Wave Rad. Flux [W/m^2] uswrfs 0 211,1,0 Surface Upward Short Wave Rad. Flux [W/m^2] ulwrft 0 212,8,0 Top of Atmosphere Upward Long Wave Rad. Flux [W/m^2] uswrft 0 211,8,0 Top of Atmosphere Upward Short Wave Rad. Flux [W/m^2] t2m 0 11,105,2 2 Meter Temperature [K] t2min 0 16,105,2 2 Meter Minimum Temperature [K] t2max 0 15,105,2 2 Meter Maximum Temperature [K] q2m 0 51,105,2 2 Meter Specific Humidity [kg/kg] rh2m 0 52,105,2 2 Meter Relative Humidity [%] u10m 0 33,105,10 10 Meter U Winds [m/s] v10m 0 34,105,10 10 Meter V Winds [m/s] lcc 0 71,214,0 Low Cloud Cover [%] lctt 0 11,213,0 Low Cloud Top Temperature [K] lctp 0 1,213,0 Low Cloud Top Pressure [Pa] lcbp 0 1,212,0 Low Cloud Bottom Pressure [Pa] mcc 0 71,224,0 Mid Cloud Cover [%] mctt 0 11,223,0 Mid Cloud Top Temperature [K] mctp 0 1,223,0 Mid Cloud Top Pressure [Pa] mcbp 0 1,222,0 Mid Cloud Bottom Pressure [Pa] hcc 0 71,234,0 High Cloud Cover [%] hctt 0 11,233,0 High Cloud Top Temperature [K] hctp 0 1,233,0 High Cloud Top Pressure [Pa] hcbp 0 1,232,0 High Cloud Bottom Pressure [Pa] ccc 0 71,244,0 Convective Cloud Cover [%] cctp 0 1,243,0 Convective Cloud Top Pressure [Pa] ccbp 0 1,242,0 Convective Cloud Bottom Pressure [Pa] cloud 0 71,200,0 Entire Atmosphere Cloud Cover [%] tclwat 0 76,200,0 Entire Atmosphere Cloud Water [kg/kg] cwork 0 146,200,0 Entire Atmosphere Cloud Workfunction [J/kg] pwat 0 54,200,0 Entire Atmospehre Precipitable Water [kg/m^2] rhea 0 52,200,0 Entire Atmospehre Relative Humidity [%] p 0 61,1,0 Total Precipitation pc 0 63,1,0 Convective Precipitation snow 0 65,1,0 Accumulated Snow Depth (water equivalent) [kg/m^2] crain 0 140,1,0 Categorical Rain [1=yes;0=no] cfrzr 0 141,1,0 Categorical Freezing Rain [1=yes;0=no] cicep 0 142,1,0 Categorical Ice Pellets [1=yes;0=no] csnow 0 143,1,0 Categorical Snow [1=yes;0=no] sli 0 131,1,0 Surface Lifted Index [K] li 0 132,1,0 Best (4 Layer) Lifted Index [K] cin 0 156,116,180,0 Convective Inhibition (Lowest 180mb) [J/kg] cins 0 156,1,0 Convective Inhibition (Surface) [J/kg] cape 0 157,116,180,0 Convective Available Potential Energy (Lowest 180mb) [J/kg] capes 0 157,1,0 Convective Available Potential Energy (Surface) [J/kg] soilm 0 144,112,0,10 Soil Moisture, 0 to 10cm [fraction] soilm2 0 144,112,10,200 Soil Moisture, 10 to 200cm [fraction] soilt 0 11,112,0,10 Soil Temperature, 0 to 10cm [K] soilt2 0 11,112,10,200 Soil Temperature, 10 to 200cm [K] runoff 0 90,1,0 Surface Water Runoff [kg/m^2] icec 0 91,1,0 Ice Cover [proportion] mask 0 81,1,0 Land-Sea Mask [proportion] endvars