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amip2.parms.var
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amip2.parms.var
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alb | 84 | Albedo | % | float | | 0 | -999 | | g1 |
bathy | 8 | Ocean Bathmetry | m | float | ocnbot | 0 | -999 | 5 | g1 |
blh | 170 | Planetary boundary layer height | m | float | pbltop | -999 | 12 | 6 | |
cdcon | 72 | Convective cloud cover | % | float | | 0 | -999 | | g1 |
clt | 71 | Total cloud amount | % | float | cltlay | 0 | -999 | 2,6 | g1 |
cl | 150 | Cloud amount | % | float | | 0 | -999 | 1 | |
clsatv | 150 | Cloud amount (satellite view) | % | float | toasat | 0 | -999 | 1 | |
clsfcv | 150 | Cloud amount (surface view) | % | float | sfc | 0 | -999 | 1 | |
clem | 154 | Cloud emittance (cloud emissivity/layer depth) | 1/Pa | float | | -999 | 12 | 1 | |
clexc | 158 | Extinction coefficient (cloud optical thickness/layer depth) | 1/Pa | float | | -999 | 12 | 1 | |
clh | 75 | High level cloud cover | % | float | | 0 | -999 | | g1 |
cli | 58 | Cloud ice | kg/m^3 | float | | -999 | -999 | 1 | g1 |
clivi | 151 | Vertically integrated cloud ice | kg/m^2 | float | atm | -999 | -999 | 2 | |
cll | 73 | Low level cloud cover | % | float | clllay | 0 | -999 | | g1 |
clm | 74 | Mid level cloud cover | % | float | clmlay | 0 | -999 | | g1 |
cltopht | 153 | Highest cloud top height | m | float | cltmax | -999 | -999 | 2 | |
clw | 76 | Cloud liquid water | kg/m^3 | float | | -999 | -999 | 1 | g1 |
clwvi | 154 | Vertically integrated cloud water (liquid and solid phase) | kg/m^2 | float | atm | -999 | -999 | 2 | |
den | 89 | Density | kg/m^2 | float | | 4 | -999 | | g1 |
dira | 31 | Wind direction | deg | float | | 0 | -999 | | g1 |
dirid | 93 | Direction of ice drift | deg | float | | -999 | 12 | | g1 |
dirpw | 107 | Primary wave direction | deg | float | | 0 | -999 | | g1 |
dirsw | 109 | Secondary wave direction | deg | float | | 0 | -999 | | g1 |
diruos | 47 | Direction of current | deg | float | | 0 | -999 | | g1 |
div | 42 | Absolute divergence | /s | float | | 6 | -999 | | g1 |
divr | 44 | Relative divergence | /s | float | | 6 | -999 | | g1 |
dslm | 82 | Deviation of sea level from mean | m | float | | -999 | 12 | | g1 |
dtdz | 19 | Lapse rate | K/m | float | | 4 | -999 | | g1 |
dudz | 45 | Vertical u shear | /s | float | | 4 | -999 | | g1 |
dvdz | 46 | Vertical v shear | /s | float | | 4 | -999 | | g1 |
dzdt | 40 | Geometric vertical velocity | m/s | float | | 4 | -999 | | g1 |
enek | 190 | Eddy kinetic energy | m^2/s^2 | float | | -999 | 12 | 1 | |
epot | 14 | Pseudo-adiabatic potential temperature | K | float | | 1 | -999 | | g1 |
evs | 140 | Evaporation | kg/(m^2*s) | float | sfc | -999 | -999 | 2 | |
evspsbl | 141 | Surface evaporation plus sublimation rate | kg/(m^2*s) | float | sfc | -999 | -999 | 2 | |
gp | 6 | Geopotential | m^2/s^2 | float | | -1 | -999 | | g1 |
hco | 240 | Oceanic heat content | J/m^2 | float | sfclo | -999 | 12 | | |
hfbld | 123 | Boundary layer dissipation | W/m^2 | float | | 0 | -999 | | g1 |
hfls | 121 | Heat flux latent surface | W/m^2 | float | sfc | 0 | -999 | 2,6 | g1 |
hfss | 122 | Heat flux sensible surface | W/m^2 | float | sfc | 0 | -999 | 2,6 | g1 |
hstdv | 9 | Standard deviation of height | m | float | sfc | 0 | -999 | 1 | g1 |
htsgw | 100 | Sig height of wind waves and swell | m | float | | -999 | 12 | | g1 |
hum | 53 | Humidity mixing ratio | kg/kg | float | | 4 | -999 | | g1 |
hur | 52 | Relative humidity | % | float | | 0 | -999 | 1 | g1 |
hus | 51 | Specific humidity | kg/kg | float | | 4 | -999 | 1,6 | g1 |
huss | 51 | Surface specific humidity (2m) | kg/kg | float | sfc2m | 4 | -999 | 2,6 | g1 |
huv | 55 | Vapor pressure | Pa | float | | -1 | -999 | | g1 |
hvar | 10 | Variance of height | m^2 | float | | -999 | 16 | | g1 |
idv | 98 | Ice divergence | /s | float | sfc | -999 | -999 | | g1 |
igr | 97 | Ice growth | m | float | sfc | -999 | -999 | | g1 |
mixht | 67 | Mixed layer depth | m | float | | -999 | 12 | | g1 |
mpuva | 196 | Mean product of eastward and northward wind | m^2/s^2 | float | | -999 | 16 | 1 | |
mpvhusa | 193 | Mean product of northward wind and specific humidity | m/s | float | | -999 | 16 | 1 | |
mpvta | 198 | Mean product of northward wind and temperature | m*K/s | float | | -999 | 16 | 1 | |
mpwhusa | 195 | Mean product of vertical motion and specific humidity | Pa/s | float | | -999 | 16 | 1 | |
mrfso | 137 | Total soil frozen water content | kg/m^2 | float | landt | -999 | -999 | 2 | |
mrro | 131 | Total runoff rate (including drainage) | kg/(m^2*s) | float | lands | -999 | -999 | 2,6 | |
mrroa | 90 | Runoff accum (mm) | kg/m^2 | float | landt | 1 | -999 | | g1 |
mrros | 132 | Surface runoff rate | kg/(m^2*s) | float | lands | -999 | -999 | 2 | |
mrsofcs | 133 | Surface soil moisture field capacity | % | float | lands | 0 | -999 | 5 | |
mrso | 86 | Total soil water content | kg/m^2 | float | landt | 0 | -999 | 2,6 | g1 |
mrsofc | 134 | Soil moisture field capacity | kg/m^2 | float | landt | -999 | -999 | 5 | |
mrsos | 135 | Surface soil water content (upper 0.1m) | kg/m^2 | float | lands | 1 | -999 | 2 | |
mrsotb | 136 | Soil moisture field capacity | % | float | landt | 0 | -999 | 5 | |
mtha | 70 | Main thermocline anomaly | m | float | sfc | -999 | 12 | | g1 |
mthd | 69 | Main thermocline depth | m | float | sfc | -999 | 12 | | g1 |
orog | 8 | Model topography | m | float | sfc | 0 | -999 | 5 | g1 |
p | 1 | Pressure | Pa | float | | -1 | -999 | | g1 |
panom | 26 | Pressure anomaly | Pa | float | | -1 | -999 | | g1 |
perpw | 108 | Primary wave mean period | s | float | sfc | -999 | 12 | | g1 |
persw | 110 | Secondary wave mean period | s | float | sfc | -999 | 12 | | g1 |
pix | 127 | Image data | - | int | | -999 | 12 | | g1 |
pot | 13 | Potential temperature | K | float | | 1 | -999 | | g1 |
pr | 59 | Total precipitation rate | kg/(m^2*s) | float | sfc | 2 | -999 | 2,3 | g1 |
pra | 61 | Total precipitation | kg/m^2 | float | sfc | 1 | -999 | | g1 |
prc | 144 | Convective precipitation rate | kg/(m^2*s) | float | sfc | 2 | -999 | 2 | |
prla | 62 | Large scale precipitation | kg/m^2 | float | sfc | 1 | -999 | | g1 |
prc | 63 | Convective precipitation | kg/m^2 | float | sfc | 1 | -999 | | g1 |
prsc | 78 | Convective snow | kg/m^2 | float | sfc | 1 | -999 | | g1 |
prsl | 79 | Large scale snow | kg/m^2 | float | sfc | 1 | -999 | | g1 |
prsn | 64 | Snowfall rate (water equivalent) | kg/(m^2/s) | float | sfc | 6 | -999 | 2 | g1 |
prw | 54 | Precipitable water | kg/m^2 | float | sfc | 1 | -999 | 2,6 | g1 |
ps | 1 | Surface pressure | Pa | float | sfc | 0 | -999 | 2,6 | g1 |
psbg | 128 | Pressure surface below ground percentage | % | float | | 0 | -999 | 1 | |
psl | 2 | Mean sea-level pressure | Pa | float | msl | -1 | -999 | 2,3 | g1 |
ptend | 3 | Pressure tendency | Pa/s | float | | -5 | -999 | | g1 |
rl | 115 | LW radiation | W/m^2 | float | | 0 | -999 | | g1 |
rlds | 205 | LW radiation downward surface | W/m^2 | float | sfc | 0 | -999 | 2 | g1 |
rldscs | 163 | LW radiation downward surface clear sky | W/m^2 | float | sfc | 0 | -999 | 2 | |
rls | 112 | LW radiation net surface | W/m^2 | float | sfc | 0 | -999 | 2 | g1 |
rlt | 114 | LW radiation TOA (OLR) | W/m^2 | float | toa | 0 | -999 | 2,3 | g1 |
rltcs | 162 | LW radiation TOA clear sky | W/m^2 | float | toa | 0 | -999 | 2 | |
rlus | 188 | LW radiation upward surface | W/m^2 | float | sfc | 0 | -999 | 2 | |
rluscs | 162 | LW radiation upward surface clear sky | W/m^2 | float | sfc | 0 | -999 | 2 | |
rlutcs | 162 | SW radiation upward TOA clear sky | W/m^2 | float | toa | 0 | -999 | 2 | |
rs | 116 | SW radiation | W/m^2 | float | | 0 | -999 | | g1 |
rsds | 204 | SW radiation incident at the surface | W/m^2 | float | sfc | 0 | -999 | 2 | |
rsdscs | 184 | SW radiation downward clear sky surface | W/m^2 | float | sfc | 0 | -999 | 2 | |
rsdt | 204 | SW radiation downward TOA | W/m^2 | float | toa | 0 | -999 | 2,6 | |
rss | 111 | SW radiation net surface | W/m^2 | float | sfc | 0 | -999 | 2,6 | g1 |
rst | 113 | SW radiation net TOA | W/m^2 | float | toa | 0 | -999 | 2,6 | g1 |
rsus | 181 | SW radiaton upward (reflected) surface | W/m^2 | float | sfc | 0 | -999 | 2,6 | |
rsuscs | 185 | SW radiation upward surface clear sky | W/m^2 | float | sfc | 0 | -999 | 2 | |
rsut | 183 | SW radiation upward TOA | W/m^2 | float | toa | 0 | -999 | 2,6 | |
rsutcs | 186 | SW radiation upward TOA clear sky | W/m^2 | float | toa | 0 | -999 | 2 | |
rtmt | 180 | Net Radiation at Model Top | W/m^2 | float | modtop | 0 | -999 | 2 | |
rsg | 117 | Radiation global | W/m^2 | float | toa | 0 | -999 | | g1 |
sal | 88 | Salinity | kg/kg | float | | -999 | 12 | | g1 |
sals | 88 | Sfc Salinity | kg/kg | float | sfc | -999 | 12 | | g1 |
satd | 56 | Saturation deficit | Pa | float | | -1 | -999 | | g1 |
sfcr | 83 | Sfc roughness | m | float | sfc | 5 | -999 | | |
sftl | 81 | Sfc type (0=100% ocean, 1=100% land) | - | float | sfc | -999 | 1 | 5 | g1 |
sftgi | 201 | Glacier-ice no-ice mask (1=ice; 0=no ice) | - | float | sfc | -999 | 1 | 5 | |
sftsi | 202 | Sea-ice no-ice mask (1=ice; 0=no ice) | - | float | sfc | -999 | 1 | 5 | |
sicf | 91 | Sea-ice concentration fraction | frac | float | sfc | 2 | -999 | | g1 |
sic | 239 | Sea-ice concentration | % | float | sfc | 0 | -999 | 2 | |
sit | 92 | Ice thickness | m | float | sfc | 0 | -999 | 2 | g1 |
snc | 238 | Snow cover (percent area) | % | float | sfc | 0 | -999 | 2 | |
snd | 66 | Snow depth | m | float | sfc | 2 | -999 | 2 | g1 |
snw | 65 | Snow depth (water equivalent) | kg/m^2 | float | sfc | 0 | -999 | 2,6 | g1 |
snm | 99 | Snow melt | kg/m^2 | float | sfc | 1 | -999 | | g1 |
spda | 32 | Wind speed | m/s | float | sfc | 1 | -999 | | g1 |
spdid | 94 | Speed of ice drift | m/s | float | sfc | -999 | -999 | | g1 |
spduos | 48 | Speed of current | m/s | float | sfc | 2 | -999 | | g1 |
sst | 80 | Sea Surface Temperature | K | float | sfc | 1 | -999 | 6 | g1 |
stfm | 37 | Montgomery stream function | m^2/s^2 | float | | -1 | -999 | | g1 |
strf | 35 | Stream function | m^2/s | float | | -4 | -999 | | g1 |
strfmto | 240 | Mass transport stream function ocean | m^3/s | float | ocn | -999 | 12 | | g1 |
swdir | 104 | Direction of swell waves | deg | float | sfc | 0 | -999 | | g1 |
swell | 105 | Significant height of swell waves | m | float | sfc | -999 | 12 | | g1 |
swper | 106 | Mean period of swell waves | s | float | sfc | -999 | 12 | | g1 |
ta | 11 | Air Temperature | K | float | | 1 | -999 | 1,3 | g1 |
tanom | 25 | Temperature anomaly | K | float | | 1 | -999 | | g1 |
tas | 11 | Surface (2m) air temperature | K | float | sfc2m | 1 | -999 | 2,6 | g1 |
tasmax | 15 | Daily maximum surface (2m) temperature | K | float | sfc2m | 1 | -999 | 2 | g1 |
tasmin | 16 | Daily minimum surface (2m) temperature | K | float | sfc2m | 1 | -999 | 2 | g1 |
tauu | 124 | Eastward surface wind stress (positive for eastward wind) | N/m^2 | float | sfc | 3 | -999 | 2,6 | g1 |
tauv | 125 | Northward surface wind stress (positive for northward wind) | N/m^2 | float | sfc | 3 | -999 | 2,6 | g1 |
tav | 12 | Virtual temperature | K | float | | 1 | -999 | | g1 |
td | 17 | Dew point temperature | K | float | | 1 | -999 | | g1 |
tdd | 18 | Dew point depression | K | float | | 1 | -999 | | g1 |
tg | 11 | Ground temperature | K | float | sfc | 1 | 12 | 2 | g1 |
tnt | 210 | Total diabatic temperature tendency | K/s | float | | 7 | -999 | 1 | |
tntsw | 211 | Temperature tendency due to SW radiation | K/s | float | | 7 | -999 | 1 | |
tntlw | 212 | Temperature tendency due to LW radiation | K/s | float | | 7 | -999 | 1 | |
tntmc | 213 | Temperature tendency due to moist convective processes | K/s | float | | 7 | -999 | 1 | |
tntdc | 214 | Temperature tendency due to dry convective processes | K/s | float | | 7 | -999 | 1 | |
tntlsp | 215 | Temperature tendency due to large scale precipation | K/s | float | | 7 | -999 | 1 | |
to | 80 | Water temperature | K | float | | 1 | -999 | 6 | g1 |
tnmd | 216 | Moisture tendency due to diabatic processes | (Kg/Kg)/s | float | | -999 | 12 | 1 | |
tsd | 140 | Deep layer soil temperature | K | float | landd | 1 | -999 | | |
soil | 85 | Soil temperature | K | float | landt | 1 | -999 | | |
tss | 139 | Surface layer soil temperature | K | float | landt | 1 | -999 | | |
tst | 141 | Lower boundary soil temperature | K | float | landd | 1 | -999 | | |
tstm | 60 | Thunderstorm probability | % | float | | 0 | -999 | | |
tthdp | 68 | Transient thermocline depth | m | float | | -999 | -999 | | |
tro3 | 129 | Ozone Concentration | ppmv | float | | -999 | 12 | 5 | |
ua | 33 | Eastward wind | m/s | float | | 1 | -999 | 1,3,6| g1 |
uas | 33 | Surface (10m) eastward wind | m/s | float | sfc10m | 1 | -999 | 2,6 | g1 |
ui | 95 | u comp of ice drift | m/s | float | sfc | -999 | -999 | | g1 |
uos | 49 | u comp of sfc ocean current | m/s | float | sfc | 2 | -999 | | g1 |
va | 34 | Northward wind | m/s | float | | 1 | -999 | 1,3,6| g1 |
vas | 34 | Surface (10m) northward wind | m/s | float | sfc10m | 1 | -999 | 2,6 | g1 |
veg | 87 | Vegetation | % | float | sfc | 0 | -999 | | g1 |
vi | 96 | v comp of ice drift | m/s | float | sfc | -999 | -999 | | g1 |
vis | 20 | Visibility | m | float | | 0 | -999 | | g1 |
vorpot | 220 | Potential vorticity (350, 380, 405K) | 1/(Pa*s) | float | | -999 | -999 | 6 | |
vos | 50 | v comp of sfc ocean current | m/s | float | sfc | 2 | -999 | | g1 |
vpot | 36 | Velocity potential | m^2/s | float | | -4 | -999 | | g1 |
vrt | 43 | Relative vorticity | /s | float | | 6 | -999 | | g1 |
vrta | 41 | Absolute vorticity | /s | float | | 6 | -999 | | g1 |
wap | 39 | Vertical motion (omega) | Pa/s | float | | 3 | -999 | 1,6 | g1 |
was | 38 | Sigma coord. vertical velocity | /s | float | | 8 | -999 | | g1 |
weasd | 65 | Water equiv. of accum. snow depth | kg/m^2 | float | sfc | 0 | -999 | | g1 |
wmixe | 126 | Wind mixing energy | J | float | sfc | -999 | -999 | | g1 |
wvdir | 101 | Direction of wind waves | deg | float | sfc | 0 | -999 | | g1 |
wvhgt | 102 | Significant height of wind waves | m | float | sfc | -999 | -999 | | g1 |
wvper | 103 | Mean period of wind waves | s | float | sfc | -999 | -999 | | g1 |
zg | 7 | Geopotential height | m | float | | 0 | -999 | 1,6 | g1 |
zga | 27 | Geopotential height anomaly | gpm | float | | 0 | -999 | | g1 |
zt | 8 | Geometric height | m | float | | 0 | -999 | | g1 |