table_ngc4008_HP9_2025-DJF.txt
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name min fldmean max unit description
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psl 954.0810 1001.6100 1030.4500 hPa mean sea level pressure
prw 0.2366 20.2199 53.3498 kg/m2 vertically integrated water vapor
cllvi 0.0000 91.0047 929.9020 g/m2 vertically integrated cloud water
clivi 0.0000 9.9893 126.7260 g/m2 vertically integrated cloud ice
qgvi 0.0000 0.0129 0.5831 kg/m2 total_graupel vertically integrated graupel
qrvi 0.0000 0.0146 0.4176 kg/m2 total_rain vertically integrated r
qsvi 0.0000 0.0531 1.5442 kg/m2 total_snow vertically integrated s
pr 0.0000 3.2926 132.5330 mm/d total precipitation
prls 0.0000 0.3355 81.6896 mm/d precip large scale snow
rsdt 0.0000 350.6140 487.1570 W/m2 top incoming SW radiation(down)
rsds 0.0000 195.1050 417.1180 W/m2 SW surface(down)
rsus 0.0000 28.3323 310.8630 W/m2 SW surface(up)
rsut 0.0000 106.2810 323.3390 W/m2 TOA Outgoing SW Radiation(up)
rsnt 0.0000 244.3330 426.3710 W/m2 TOA net SW flux (rsdt-rsut)(down)
rsns 0.0000 166.7730 354.3170 W/m2 Surface net SW flux ( rsds-rsus) (do
rlds 84.7322 332.2900 435.1480 W/m2 LW down surface(down)
rlus 145.7880 387.5950 543.7220 W/m2 LW up surface(up)
rlus 145.7880 387.5950 543.7220 W/m2 olr(up)
rlns -3.2736 55.3046 150.8560 W/m2 Surface net LW flux (rlus-rlds) (u
rtnt -193.3010 6.8597 166.6620 W/m2 TOA net energy flux (rsnt-rlut)(do
rtns -379.3850 -220.8220 27.8471 W/m2 rsns-rlns(down)
ts -48.2413 13.0849 39.0330 C surface temperature
sic 0.0000 3.1031 99.9792 % ice cover (fraction of grid box)
sit 0.0000 0.0428 9.3911 m ice thickness
tas -44.6958 11.7599 31.7141 C 2 m temperature
uas -13.8951 -0.2082 21.6157 m/s zonal wind in 10m
vas -14.2710 -0.5125 13.1923 m/s meridional wind in 10m
sfcwind 0.6907 7.3177 24.4364 m/s 10m Wind Speed
hfss -247.4020 -14.7602 419.2170 W/m2 sensible heat flux
hfls -416.7870 -89.4371 68.4583 W/m2 latent heat flux
tauu -2666.4500 14.1135 4373.5698 mN/m2 u-stress
tauv -2741.4099 -7.5841 3061.8899 mN/m2 v-stress
rlus 145.7880 387.5950 543.7220 W/m2 LW up surface
net_flux -679.0680 7.2710 314.6320 W/m2 surface net energy flux
rlnt -316.1700 -237.4740 -135.8630 W/m2 net top LW radiation (-OLR)
rsdt 0.0000 350.6140 487.1570 W/m2 top incoming SW radiation
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