10 mb: Geopotential Height
10 mb: Temperature
10 mb: Relative Humidity
10 mb: U-Component of Wind
10 mb: V-Component of Wind
10 mb: Absolute Vorticity
10 mb: Ozone Mixing Ratio
20 mb: Geopotential Height
20 mb: Temperature
20 mb: U-Component of Wind
20 mb: V-Component of Wind
20 mb: Absolute Vorticity
20 mb: Ozone Mixing Ratio
30 mb: Geopotential Height
30 mb: Temperature
30 mb: Relative Humidity
30 mb: U-Component of Wind
30 mb: V-Component of Wind
30 mb: Absolute Vorticity
30 mb: Ozone Mixing Ratio
50 mb: Geopotential Height
50 mb: Temperature
50 mb: Relative Humidity
50 mb: U-Component of Wind
50 mb: V-Component of Wind
50 mb: Absolute Vorticity
50 mb: Ozone Mixing Ratio
70 mb: Geopotential Height
70 mb: Temperature
70 mb: Relative Humidity
70 mb: U-Component of Wind
70 mb: V-Component of Wind
70 mb: Absolute Vorticity
70 mb: Ozone Mixing Ratio
100 mb: Geopotential Height
100 mb: Temperature
100 mb: Relative Humidity
100 mb: Vertical Velocity (Pressure)
100 mb: U-Component of Wind
100 mb: V-Component of Wind
100 mb: Absolute Vorticity
100 mb: Cloud Mixing Ratio
100 mb: Ozone Mixing Ratio
150 mb: Geopotential Height
150 mb: Temperature
150 mb: Relative Humidity
150 mb: Vertical Velocity (Pressure)
150 mb: U-Component of Wind
150 mb: V-Component of Wind
150 mb: Absolute Vorticity
150 mb: Cloud Mixing Ratio
200 mb: Geopotential Height
200 mb: Temperature
200 mb: Relative Humidity
200 mb: Vertical Velocity (Pressure)
200 mb: U-Component of Wind
200 mb: V-Component of Wind
200 mb: Absolute Vorticity
200 mb: Cloud Mixing Ratio
250 mb: Geopotential Height
250 mb: Temperature
250 mb: Relative Humidity
250 mb: Vertical Velocity (Pressure)
250 mb: U-Component of Wind
250 mb: V-Component of Wind
250 mb: Absolute Vorticity
250 mb: Cloud Mixing Ratio
300 mb: Geopotential Height
300 mb: Temperature
300 mb: Relative Humidity
300 mb: Vertical Velocity (Pressure)
300 mb: U-Component of Wind
300 mb: V-Component of Wind
300 mb: Absolute Vorticity
300 mb: Cloud Mixing Ratio
350 mb: Geopotential Height
350 mb: Temperature
350 mb: Relative Humidity
350 mb: Vertical Velocity (Pressure)
350 mb: U-Component of Wind
350 mb: V-Component of Wind
350 mb: Absolute Vorticity
350 mb: Cloud Mixing Ratio
400 mb: Geopotential Height
400 mb: Temperature
400 mb: Relative Humidity
400 mb: Vertical Velocity (Pressure)
400 mb: U-Component of Wind
400 mb: V-Component of Wind
400 mb: Absolute Vorticity
400 mb: Cloud Mixing Ratio
450 mb: Geopotential Height
450 mb: Temperature
450 mb: Relative Humidity
450 mb: Vertical Velocity (Pressure)
450 mb: U-Component of Wind
450 mb: V-Component of Wind
450 mb: Absolute Vorticity
450 mb: Cloud Mixing Ratio
500 mb: Geopotential Height
500 mb: Temperature
500 mb: Relative Humidity
500 mb: Vertical Velocity (Pressure)
500 mb: U-Component of Wind
500 mb: V-Component of Wind
500 mb: Absolute Vorticity
500 mb: Cloud Mixing Ratio
550 mb: Geopotential Height
550 mb: Temperature
550 mb: Relative Humidity
550 mb: Vertical Velocity (Pressure)
550 mb: U-Component of Wind
550 mb: V-Component of Wind
550 mb: Absolute Vorticity
550 mb: Cloud Mixing Ratio
600 mb: Geopotential Height
600 mb: Temperature
600 mb: Relative Humidity
600 mb: Vertical Velocity (Pressure)
600 mb: U-Component of Wind
600 mb: V-Component of Wind
600 mb: Absolute Vorticity
600 mb: Cloud Mixing Ratio
650 mb: Geopotential Height
650 mb: Temperature
650 mb: Relative Humidity
650 mb: Vertical Velocity (Pressure)
650 mb: U-Component of Wind
650 mb: V-Component of Wind
650 mb: Absolute Vorticity
650 mb: Cloud Mixing Ratio
700 mb: Geopotential Height
700 mb: Temperature
700 mb: Relative Humidity
700 mb: Vertical Velocity (Pressure)
700 mb: U-Component of Wind
700 mb: V-Component of Wind
700 mb: Absolute Vorticity
700 mb: Cloud Mixing Ratio
750 mb: Geopotential Height
750 mb: Temperature
750 mb: Relative Humidity
750 mb: Vertical Velocity (Pressure)
750 mb: U-Component of Wind
750 mb: V-Component of Wind
750 mb: Absolute Vorticity
750 mb: Cloud Mixing Ratio
800 mb: Geopotential Height
800 mb: Temperature
800 mb: Relative Humidity
800 mb: Vertical Velocity (Pressure)
800 mb: U-Component of Wind
800 mb: V-Component of Wind
800 mb: Absolute Vorticity
800 mb: Cloud Mixing Ratio
850 mb: Geopotential Height
850 mb: Temperature
850 mb: Relative Humidity
850 mb: Vertical Velocity (Pressure)
850 mb: U-Component of Wind
850 mb: V-Component of Wind
850 mb: Absolute Vorticity
850 mb: Cloud Mixing Ratio
900 mb: Geopotential Height
900 mb: Temperature
900 mb: Relative Humidity
900 mb: Vertical Velocity (Pressure)
900 mb: U-Component of Wind
900 mb: V-Component of Wind
900 mb: Absolute Vorticity
900 mb: Cloud Mixing Ratio
925 mb: Geopotential Height
925 mb: Temperature
925 mb: Relative Humidity
925 mb: Vertical Velocity (Pressure)
925 mb: U-Component of Wind
925 mb: V-Component of Wind
925 mb: Absolute Vorticity
925 mb: Cloud Mixing Ratio
950 mb: Geopotential Height
950 mb: Temperature
950 mb: Relative Humidity
950 mb: Vertical Velocity (Pressure)
950 mb: U-Component of Wind
950 mb: V-Component of Wind
950 mb: Absolute Vorticity
950 mb: Cloud Mixing Ratio
975 mb: Geopotential Height
975 mb: Temperature
975 mb: Relative Humidity
975 mb: Vertical Velocity (Pressure)
975 mb: U-Component of Wind
975 mb: V-Component of Wind
975 mb: Absolute Vorticity
975 mb: Cloud Mixing Ratio
1000 mb: Geopotential Height
1000 mb: Temperature
1000 mb: Relative Humidity
1000 mb: Vertical Velocity (Pressure)
1000 mb: U-Component of Wind
1000 mb: V-Component of Wind
1000 mb: Absolute Vorticity
1000 mb: Cloud Mixing Ratio
surface: Pressure
surface: Geopotential Height
surface: Temperature
0-0.1 m below ground: Temperature
0-0.1 m below ground: Volumetric Soil Moisture Content
0.1-0.4 m below ground: Temperature
0.1-0.4 m below ground: Volumetric Soil Moisture Content
0.4-1 m below ground: Temperature
0.4-1 m below ground: Volumetric Soil Moisture Content
1-2 m below ground: Temperature
1-2 m below ground: Volumetric Soil Moisture Content
surface: Water Equivalent of Accumulated Snow Depth
surface: Potential Evaporation Rate [W/m^2]
2 m above ground: Temperature
2 m above ground: Specific Humidity
2 m above ground: Relative Humidity
2 m above ground: Maximum Temperature
2 m above ground: Minimum Temperature
10 m above ground: U-Component of Wind
10 m above ground: V-Component of Wind
surface: Convective Precipitation Rate [kg/m^2/s]
surface: Precipitation Rate [kg/m^2/s]
surface: Total Precipitation
surface: Convective Precipitation
surface: Water Runoff
surface: Categorical Snow (yes=1; no=0) [non-dim]
surface: Categorical Ice Pellets (yes=1; no=0) [non-dim]
surface: Categorical Freezing Rain (yes=1; no=0) [non-dim]
surface: Categorical Rain (yes=1; no=0) [non-dim]
surface: Latent Heat Net Flux [W/m^2]
surface: Sensible Heat Net Flux [W/m^2]
surface: Ground Heat Flux [W/m^2]
surface: "Momentum Flux U-Component [N/m^2]"
surface: "Momentum Flux V-Component [N/m^2]"
surface: Zonal Flux of Gravity Wave Stress [N/m^2]
surface: Meridional Flux of Gravity Wave Stress [N/m^2]
surface: Wilting Point
surface: Field Capacity
surface: SunShine Duration [s]
surface: Surface Lifted Index
surface: Convective Available Potential Energy
surface: Convective Inhibition
entire atmosphere (as a single layer): Precipitable Water
entire atmosphere (as a single layer): Cloud Water
entire atmosphere (as a single layer): Relative Humidity
entire atmosphere (as a single layer): Total Ozone [Dobson]
low cloud layer: Total Cloud Cover
middle cloud layer: Total Cloud Cover
high cloud layer: Total Cloud Cover
entire atmosphere (as a single layer): Total Cloud Cover
convective cloud bottom level: Pressure
low cloud bottom level: Pressure
middle cloud bottom level: Pressure
high cloud bottom level: Pressure
convective cloud top level: Pressure
low cloud top level: Pressure
middle cloud top level: Pressure
high cloud top level: Pressure
low cloud top level: Temperature
middle cloud top level: Temperature
high cloud top level: Temperature
convective cloud layer: Total Cloud Cover
boundary layer cloud layer: Total Cloud Cover
entire atmosphere (as a single layer): Cloud Work Function
surface: Downward Short-Wave Rad. Flux [W/m^2]
surface: Downward Long-Wave Rad. Flux [W/m^2]
surface: Upward Short-Wave Rad. Flux [W/m^2]
surface: Upward Long-Wave Rad. Flux [W/m^2]
top of atmosphere: Upward Short-Wave Rad. Flux [W/m^2]
top of atmosphere: Upward Long-Wave Rad. Flux [W/m^2]
tropopause: Pressure
tropopause: Standard Atmosphere Reference Height
tropopause: Geopotential Height
tropopause: Temperature
tropopause: U-Component of Wind
tropopause: V-Component of Wind
tropopause: Vertical speed sheer
max wind: Pressure
max wind: Standard Atmosphere Reference Height
max wind: Geopotential Height
max wind: U-Component of Wind
max wind: V-Component of Wind
max wind: Temperature
1829 m above mean sea level: Temperature
1829 m above mean sea level: U-Component of Wind
1829 m above mean sea level: V-Component of Wind
2743 m above mean sea level: Temperature
2743 m above mean sea level: U-Component of Wind
2743 m above mean sea level: V-Component of Wind
3658 m above mean sea level: Temperature
3658 m above mean sea level: U-Component of Wind
3658 m above mean sea level: V-Component of Wind
0C isotherm: Geopotential Height
0C isotherm: Relative Humidity
highest tropospheric freezing level: Geopotential Height
highest tropospheric freezing level: Relative Humidity
30-0 mb above ground: Temperature
30-0 mb above ground: Relative Humidity
30-0 mb above ground: Specific Humidity
30-0 mb above ground: U-Component of Wind
30-0 mb above ground: V-Component of Wind
surface: Best (4 layer) Lifted Index
180-0 mb above ground: Convective Available Potential Energy
180-0 mb above ground: Convective Inhibition
surface: Planetary Boundary Layer Height
0.33-1 sigma layer: Relative Humidity
0.44-1 sigma layer: Relative Humidity
0.72-0.94 sigma layer: Relative Humidity
0.44-0.72 sigma layer: Relative Humidity
0.995 sigma level: Temperature
0.995 sigma level: Potential Temperature
0.995 sigma level: Relative Humidity
0.995 sigma level: U-Component of Wind
0.995 sigma level: V-Component of Wind
0.995 sigma level: Vertical Velocity (Pressure)
surface: Wind Speed (Gust)
surface: "Land Cover (1=land 0=sea) [Proportion]"
surface: Ice Cover [Proportion]
surface: Albedo
PV=2e-06 (Km^2/kg/s) surface: U-Component of Wind
PV=2e-06 (Km^2/kg/s) surface: V-Component of Wind
PV=2e-06 (Km^2/kg/s) surface: Temperature
PV=2e-06 (Km^2/kg/s) surface: Geopotential Height
PV=2e-06 (Km^2/kg/s) surface: Pressure
PV=2e-06 (Km^2/kg/s) surface: Vertical speed sheer
mean sea level: Pressure Reduced to MSL
500 mb: 5-Wave Geopotential Height
1000 mb: Geopotential Height Anomaly
500 mb: Geopotential Height Anomaly
500 mb: 5-Wave Geopotential Height Anomaly