| Record Number | Short Name | Full Name | Level | Forecast Period | Units |
|---|
|
| 1 | REFC | Composite reflectivity | entire atmosphere | File fxx | dB |
| 2 | RETOP | Echo Top | cloud top | File fxx | m |
| 3 | VIL | Vertically-Integrated Liquid Water | entire atmosphere | File fxx | kg/m^2 |
| 4 | VIS | Visibility | surface | File fxx | m |
| 5 | REFD | Reflectivity | 1000 m above ground | File fxx | dB |
| 6 | REFD | Reflectivity | 4000 m above ground | File fxx | dB |
| 7 | REFD | Reflectivity | 263 K level | File fxx | dB |
| 8 | GUST | Wind Speed (Gust) | surface | File fxx | m/s |
| 9 | UGRD | U-Component of Wind | 250 mb | File fxx | m/s |
| 10 | VGRD | V-Component of Wind | 250 mb | File fxx | m/s |
| 11 | HGT | Geopotential Height | 500 mb | File fxx | gpm |
| 12 | TMP | Temperature | 500 mb | File fxx | K |
| 13 | DPT | Dew Point Temperature | 500 mb | File fxx | K |
| 14 | UGRD | U-Component of Wind | 500 mb | File fxx | m/s |
| 15 | VGRD | V-Component of Wind | 500 mb | File fxx | m/s |
| 16 | HGT | Geopotential Height | 700 mb | File fxx | gpm |
| 17 | TMP | Temperature | 700 mb | File fxx | K |
| 18 | DPT | Dew Point Temperature | 700 mb | File fxx | K |
| 19 | UGRD | U-Component of Wind | 700 mb | File fxx | m/s |
| 20 | VGRD | V-Component of Wind | 700 mb | File fxx | m/s |
| 21 | HGT | Geopotential Height | 850 mb | File fxx | gpm |
| 22 | TMP | Temperature | 850 mb | File fxx | K |
| 23 | DPT | Dew Point Temperature | 850 mb | File fxx | K |
| 24 | UGRD | U-Component of Wind | 850 mb | File fxx | m/s |
| 25 | VGRD | V-Component of Wind | 850 mb | File fxx | m/s |
| 26 | TMP | Temperature | 925 mb | File fxx | K |
| 27 | DPT | Dew Point Temperature | 925 mb | File fxx | K |
| 28 | UGRD | U-Component of Wind | 925 mb | File fxx | m/s |
| 29 | VGRD | V-Component of Wind | 925 mb | File fxx | m/s |
| 30 | TMP | Temperature | 1000 mb | File fxx | K |
| 31 | DPT | Dew Point Temperature | 1000 mb | File fxx | K |
| 32 | UGRD | U-Component of Wind | 1000 mb | File fxx | m/s |
| 33 | VGRD | V-Component of Wind | 1000 mb | File fxx | m/s |
| 34 | MAXUVV | Hourly Maximum of Upward Vertical Velocity in the lowest 400hPa | 400-1000 mb above ground | Previous Hour Max | m/s |
| 35 | MAXDVV | Hourly Maximum of Downward Vertical Velocity in the lowest 400hPa | 400-1000 mb above ground | Previous Hour Max | m/s |
| 36 | DZDT | Vertical Velocity (Geometric) | 0.5-0.8 sigma layer | Previous Hour Average | m/s |
| 37 | MSLMA | MSLP (MAPS System Reduction) | mean sea level | File fxx | Pa |
| 38 | HGT | Geopotential Height | 1000 mb | File fxx | gpm |
| 39 | MAXREF | Hourly Maximum of Simulated Reflectivity at 1 km AGL | 1000 m above ground | Previous Hour Max | dB |
| 40 | MXUPHL | Hourly Maximum of Updraft Helicity over Layer 2km to 5 km AGL | 5000-2000 m above ground | Previous Hour Max | m^2/s^2 |
| 41 | TCOLG | Total Column Integrate Graupel | entire atmosphere (considered as a single layer) | Previous Hour Max | kg/m^2 |
| 42 | LTNG | Lightning | entire atmosphere | File fxx | non-dim |
| 43 | UGRD | U-Component of Wind | 80 m above ground | File fxx | m/s |
| 44 | VGRD | V-Component of Wind | 80 m above ground | File fxx | m/s |
| 45 | PRES | Pressure | surface | File fxx | Pa |
| 46 | HGT | Geopotential Height | surface | File fxx | gpm |
| 47 | TMP | Temperature | surface | File fxx | K |
| 48 | ASNOW | Total Snowfall | surface | (none) | m |
| 49 | MSTAV | Moisture Availability | 0 m underground | File fxx | % |
| 50 | CNWAT | Plant Canopy Surface Water | surface | File fxx | kg/m^2 |
| 51 | WEASD | Water Equivalent of Accumulated Snow Depth | surface | File fxx | kg/m^2 |
| 52 | SNOWC | Snow Cover | surface | File fxx | % |
| 53 | SNOD | Snow Depth | surface | File fxx | m |
| 54 | TMP | Temperature | 2 m above ground | File fxx | K |
| 55 | POT | Potential Temperature | 2 m above ground | File fxx | K |
| 56 | SPFH | Specific Humidity | 2 m above ground | File fxx | kg/kg |
| 57 | DPT | Dew Point Temperature | 2 m above ground | File fxx | K |
| 58 | RH | Relative Humidity | 2 m above ground | File fxx | % |
| 59 | UGRD | U-Component of Wind | 10 m above ground | File fxx | m/s |
| 60 | VGRD | V-Component of Wind | 10 m above ground | File fxx | m/s |
| 61 | WIND | Wind Speed | 10 m above ground | Previous Hour Max | m/s |
| 62 | CPOFP | Percent frozen precipitation | surface | File fxx | % |
| 63 | PRATE | Precipitation Rate | surface | File fxx | kg/m^2/s |
| 64 | APCP | Total Precipitation | surface | Accumulated since f00 | kg/m^2 |
| 65 | WEASD | Water Equivalent of Accumulated Snow Depth | surface | Accumulated since f00 | kg/m^2 |
| 66 | FROZR | Frozen Rain | surface | Accumulated since f00 | kg/m^2 |
| 67 | SSRUN | Storm Surface Runoff | surface | Accumulated since f00 | kg/m^2 |
| 68 | BGRUN | Baseflow-Groundwater Runoff | surface | Accumulated since f00 | kg/m^2 |
| 69 | CSNOW | Categorical Snow | surface | File fxx | - |
| 70 | CICEP | Categorical Ice Pellets | surface | File fxx | - |
| 71 | CFRZR | Categorical Freezing Rain | surface | File fxx | - |
| 72 | CRAIN | Categorical Rain | surface | File fxx | - |
| 73 | SFCR | Surface Roughness | surface | File fxx | m |
| 74 | FRICV | Frictional Velocity | surface | File fxx | m/s |
| 75 | SHTFL | Sensible Heat Net Flux | surface | File fxx | W/m^2 |
| 76 | LHTFL | Latent Heat Net Flux | surface | File fxx | W/m^2 |
| 77 | GFLUX | Ground Heat Flux | surface | File fxx | W/m^2 |
| 78 | VGTYP | Vegetation Type | surface | File fxx | Integer(0-13) |
| 79 | LFTX | Surface Lifted Index | 500-1000 mb | File fxx | K |
| 80 | CAPE | Convective Available Potential Energy | surface | File fxx | J/kg |
| 81 | CIN | Convective Inhibition | surface | File fxx | J/kg |
| 82 | PWAT | Precipitable Water | entire atmosphere (considered as a single layer) | File fxx | kg/m^2 |
| 83 | LCDC | Low Cloud Cover | low cloud layer | File fxx | % |
| 84 | MCDC | Medium Cloud Cover | middle cloud layer | File fxx | % |
| 85 | HCDC | High Cloud Cover | high cloud layer | File fxx | % |
| 86 | TCDC | Total Cloud Cover | entire atmosphere | File fxx | % |
| 87 | PRES | Pressure | cloud base | File fxx | Pa |
| 88 | HGT | Geopotential Height | cloud base | File fxx | gpm |
| 89 | HGT | Geopotential Height | cloud ceiling | File fxx | gpm |
| 90 | PRES | Pressure | cloud top | File fxx | Pa |
| 91 | HGT | Geopotential Height | cloud top | File fxx | gpm |
| 92 | ULWRF | Upward Long-Wave Rad. Flux | top of atmosphere | File fxx | W/m^2 |
| 93 | DSWRF | Downward Short-Wave Radiation Flux | surface | File fxx | W/m^2 |
| 94 | DLWRF | Downward Long-Wave Rad. Flux | surface | File fxx | W/m^2 |
| 95 | USWRF | Upward Short-Wave Radiation Flux | surface | File fxx | W/m^2 |
| 96 | ULWRF | Upward Long-Wave Rad. Flux | surface | File fxx | W/m^2 |
| 97 | VBDSF | Visible Beam Downward Solar Flux | surface | File fxx | W/m^2 |
| 98 | VDDSF | Visible Diffuse Downward Solar Flux | surface | File fxx | W/m^2 |
| 99 | HLCY | Storm Relative Helicity | 3000-0 m above ground | File fxx | m^2/s^2 |
| 100 | HLCY | Storm Relative Helicity | 1000-0 m above ground | File fxx | m^2/s^2 |
| 101 | USTM | U-Component Storm Motion | 0-6000 m above ground | File fxx | m/s |
| 102 | VSTM | V-Component Storm Motion | 0-6000 m above ground | File fxx | m/s |
| 103 | VUCSH | Vertical U-Component Shear | 0-1000 m above ground | File fxx | 1/s |
| 104 | VVCSH | Vertical V-Component Shear | 0-1000 m above ground | File fxx | 1/s |
| 105 | VUCSH | Vertical U-Component Shear | 0-6000 m above ground | File fxx | 1/s |
| 106 | VVCSH | Vertical V-Component Shear | 0-6000 m above ground | File fxx | 1/s |
| 107 | HGT | Geopotential Height | 0C isotherm | File fxx | gpm |
| 108 | RH | Relative Humidity | 0C isotherm | File fxx | % |
| 109 | PRES | Pressure | 0C isotherm | File fxx | Pa |
| 110 | HGT | Geopotential Height | highest tropospheric freezing level | File fxx | gpm |
| 111 | RH | Relative Humidity | highest tropospheric freezing level | File fxx | % |
| 112 | PRES | Pressure | highest tropospheric freezing level | File fxx | Pa |
| 113 | HGT | Geopotential Height | 263 K level | File fxx | gpm |
| 114 | HGT | Geopotential Height | 253 K level | File fxx | gpm |
| 115 | 4LFTX | Best (4 layer) Lifted Index | 180-0 mb above ground | File fxx | K |
| 116 | CAPE | Convective Available Potential Energy | 180-0 mb above ground | File fxx | J/kg |
| 117 | CIN | Convective Inhibition | 180-0 mb above ground | File fxx | J/kg |
| 118 | HPBL | Planetary Boundary Layer Height | surface | File fxx | m |
| 119 | HGT | Geopotential Height | level of adiabatic condensation from sfc | File fxx | gpm |
| 120 | CAPE | Convective Available Potential Energy | 90-0 mb above ground | File fxx | J/kg |
| 121 | CIN | Convective Inhibition | 90-0 mb above ground | File fxx | J/kg |
| 122 | CAPE | Convective Available Potential Energy | 255-0 mb above ground | File fxx | J/kg |
| 123 | CIN | Convective Inhibition | 255-0 mb above ground | File fxx | J/kg |
| 124 | HGT | Geopotential Height | equilibrium level | File fxx | gpm |
| 125 | PLPL | Pressure of level from which parcel was lifted | 255-0 mb above ground | File fxx | Pa |
| 126 | RHPW | Relative Humidity with Respect to Precipitable Water | entire atmosphere | File fxx | % |
| 127 | LAND | Land Cover (0=sea, 1=land) | surface | File fxx | Proportion |
| 128 | ICEC | Ice Cover | surface | File fxx | Proportion |
| 129 | SBT123 | Simulated Brightness Temperature for GOES 12, Channel 3 | top of atmosphere | File fxx | K |
| 130 | SBT124 | Simulated Brightness Temperature for GOES 12, Channel 4 | top of atmosphere | File fxx | K |
| 131 | SBT113 | Simulated Brightness Temperature for GOES 11, Channel 3 | top of atmosphere | File fxx | K |
| 132 | SBT114 | Simulated Brightness Temperature for GOES 11, Channel 4 | top of atmosphere | File fxx | K |