Dataset: /thredds/ncss/meteogaliciawrf1kmartabro/Artabro/Artabro_2024112700.nc ( Dataset Description )

Base Time: 2024-11-27T01:00:00Z

Select Variable(s):


lat = latitude coordinate
lon = longitude coordinate


Variables with available Times: 3600.0 7200.0 10800.0 14400.0 18000.0 21600.0 25200.0 28800.0 32400.0 36000.0 39600.0 43200.0 46800.0 50400.0 54000.0 57600.0 61200.0 64800.0 68400.0 72000.0 75600.0 79200.0 82800.0 86400.0 90000.0 93600.0 97200.0 100800.0 104400.0 108000.0 111600.0 115200.0 118800.0 122400.0 126000.0 129600.0 133200.0 136800.0 140400.0 144000.0 147600.0 151200.0 154800.0 158400.0 162000.0 165600.0 169200.0 172800.0 176400.0 180000.0 183600.0 187200.0 190800.0 194400.0 198000.0 201600.0 205200.0 208800.0 212400.0 216000.0 219600.0 223200.0 226800.0 230400.0 234000.0 237600.0 241200.0 244800.0 248400.0 252000.0 255600.0 259200.0 second since 2024-11-27 00:00:00

HGT500 = geopotential height at 500mb
HGT850 = geopotential height at 850mb
HGTlev1 = geopotential height at model level 1
HGTlev2 = geopotential height at model level 2
HGTlev3 = geopotential height at model level 3
T500 = temperature at 500mb
T850 = temperature at 850mb
cape = Convective available potential energy
cfh = cloud cover at high levels
cfl = cloud cover at low levels
cfm = cloud cover at mid levels
cft = cloud cover at low and mid levels
cin = convective inhibition
conv_prec = Total accumulated convective rainfall between each model output
dir = wind direction at 10m
land_use = Land Use/Vegetation Type
lhflx = surface downward latent heat flux
lwflx = surface downwelling longwave flux
lwm = land/water mask
meteograms = meteograms
mod = wind module at 10m
mslp = mean sea level pressure
pbl_height = PBL Height
prec = Total accumulated rainfall between each model output
rh = Relative humidity at 2m
shflx = surface downward sensible heat flux
snow_prec = Total accumulated large scale snowfall between each model output
snowlevel = snow level
sst = sea surface temperature
swflx = surface downwelling shortwave flux
temp = temperature at 2m
topo = Topography
u = lon-wind at 10m
ulev1 = lon-wind at modelo level 1
ulev2 = lon-wind at modelo level 2
ulev3 = lon-wind at modelo level 3
v = lat-wind at 10m
visibility = visibility
vlev1 = lat-wind at model level 1
vlev2 = lat-wind at model level 2
vlev3 = lat-wind at model level 3
weasd = Total accumulated WEASD between each model output
wind_gust = Wind Gust


Choose Spatial Subset:


Lat/lon subset
Coordinate subset
Bounding box, in decimal degrees (initial extents are approximate):
north
west east

south
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Horizontal Stride:

Choose Time Subset:

Time range
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Add 2D Lat/Lon to file (if needed for CF compliance)

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