NetCDF Subset Service for Grids As Points

Time: start=20302680.000000 end=20302680.000000 minutes since 1979-10-01 regularPoint resolution=0.000000 (npts=1)

XLAT: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1387505)

XLONG: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1387505)

south_north: start=0.000000 end=1014.000000 null regularPoint resolution=1.000000 (npts=1015)

west_east: start=0.000000 end=1366.000000 null regularPoint resolution=1.000000 (npts=1367)

Water vapor mixing ratio at 2 meters

Temp at 2 m

Pot temp at 2 m

Sfc pressure

U-component wind with respect to model grid at 10 meters

V-component wind with respect to model grid at 10 meters

Sea ice flag

Accumulated total liquid water out of the snowpack since model initial time

Snow water equivalent

Physical snow depth

Canopy water

Skin sea surface temperature

Cos of solar zenith angle

Leaf area index

Surface skin temperature

Time-step nonconvective precipitation

Downward short wave flux at ground surface

Downward long wave flux at ground surface

Normal short wave flux at ground surface (slope-dependent)

Accumulated upwelling shortwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling clear sky shortwave radiation flux at top accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling shortwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling clear sky shortwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling shortwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling clear sky shortwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling shortwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling clear sky shortwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling longwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling clear sky longwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling longwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling clear sky longwave radiation flux at top, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling longwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated upwelling clear sky longwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling longwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Accumulated downwelling clear sky longwave radiation flux at bottom, accumulated since last bucket_J (1.0e9 J m-2) reset

Bucket for upwelling shortwave flux at top accumulated since model start time

Bucket for upwelling clear sky shortwave flux at top accumulated since model start time

Bucket for downwelling shortwave flux at top accumulated since model start time

Bucket for downwelling clear sky shortwave flux at top accumulated since model start time

Bucket for upwelling shortwave flux at bottom accumulated since model start time

Bucket for upwelling clear sky shortwave flux at bottom accumulated since model start time

Bucket for downwelling shortwave flux at bottom accumulated since model start time

Bucket for downwelling clear sky shortwave flux at bottom accumulated since model start time

Bucket for upwelling longwave flux at top accumulated since model start time

Bucket for upwelling clear sky longwave flux at top accumulated since model start time

Bucket for downwelling longwave flux at top accumulated since model start time

Bucket for downwelling clear sky longwave flux at top accumulated since model start time

Bucket for upwelling longwave flux at bottom accumulated since model start time

Bucket for upwelling clear sky longwave flux at bottom accumulated since model start time

Bucket for downwelling longwave flux at bottom accumulated since model start time

Bucket for downwelling clear sky longwave flux at bottom accumulated since model start time

Instantaneous upwelling shortwave flux at top

Instantaneous upwelling clear sky shortwave flux at top

Instantaneous downwelling shortwave flux at top

Instantaneous downwelling clear sky shortwave flux at top

Instantaneous upwelling shortwave flux at bottom

Instantaneous upwelling clear sky shortwave flux at bottom

Instantaneous downwelling shortwave flux at bottom

Instantaneous downwelling clear sky shortwave flux at bottom

Instantaneous upwelling longwave flux at top

Instantaneous upwelling clear sky longwave flux at top

Instantaneous downwelling longwave flux at top

Instantaneous downwelling clear sky longwave flux at top

Instantaneous upwelling longwave flux at bottom

Instantaneous upwelling clear sky longwave flux at bottom

Instantaneous downwelling longwave flux at bottom

Instantaneous downwelling clear sky longwave flux at bottom

Toa outgoing long wave

Surface albedo including snow effects

Surface emissivity

Vegetation leaf temperature

Bulk ground temperature

Surface radiative temperature

Accumulated groundwater lateral flow since model start time

Accumulated baseflow since model start time

Accumulated water tabel recharged since model init time

Accumulated seeping water since model start time

Accumulated canopy snow interception rate, accumulated over prior 60 minutes

Accumulated canopy rain interception rate, accumulated over prior 60 minutes

Accumulated canopy precipitation drip rate, accumulated over prior 60 minutes

Accumulated canopy rain throughfall, accumulated over prior 60 minutes

Accumulated canopy evaporation, accumulated over prior 60 minutes

Accumulated canopy dew rate, accumulated over prior 60 minutes

Lowest model temperature into land surface model

Lowest model mixing ratio into land surface model

Lowest model pressure into land surface model

Lowest model height above ground level into land surface model

Lowest model wind speed into land surface model

Intercepted ice mass

Deep soil moisture

Water table depth

Accumulated liquid precipitation into land surface model, accumulated over prior 60 minutes

Accumulated subsurface runoff, accumulated over prior 60 minutes

Accumulated surface runoff, accumulated over prior 60 minutes

Accumulated net evaporation of canopy water (evap + sublim - dew - frost), accumulated over prior 60 minutes

Accumulated plant transpiration, accumulated over prior 60 minutes

Accumulated net soil evaporation or snowpack sublimation (evap or sublim - dew or frost), accumulated over prior 60 minutes

Accumulated groundwater lateral flow, accumulated over prior 60 minutes

Accumulated groundwater baseflow, accumulated over prior 60 minutes

Accumulated total evaporation, accumulated over prior 60 minutes

Accumulated frozen precipitation into land surface model, accumulated over prior 60 minutes

Accumulated canopy snow sublimation, accumulated over prior 60 minutes

Accumulated canopy frost, accumulated over prior 60 minutes

Accumulated refreezing of canopy liquid water, accumulated over prior 60 minutes

Accumulated canopy snow melt, accumulated over prior 60 minutes

Accumulated liquid water flux out of bottom of snowpack, accumulated over prior 60 minutes

Accumulated surface ponding from complete pack melt, accumulated over prior 60 minutes

Accumulated snowpack sublimation, accumulated over prior 60 minutes

Accumulated snowpack frost, accumulated over prior 60 minutes

Acccumlated rain on snow pack, accumulated over prior 60 minutes

Accumulated canopy snow drip rate, accumulated over prior 60 minutes

Accumulated canopy snow throughfall, accumulated over prior 60 minutes

Accumulated solar radiation absorbed by bare ground, accumulated over prior 60 minutes

Accumulated net longwave radiation for bare ground, accumulated over prior 60 minutes

Accumulated sensible heat flux at bare fraction, accumulated over prior 60 minutes

Accumulated latent heat flux over bare ground, accumulated over prior 60 minutes

Accumulated heat flux into soil or snowpack for bare ground, accumulated over prior 60 minutes

Accumulated precipitation advected energy to bare ground, accumulated over prior 60 minutes

Accumulated solar radiation absorbed by vegetated ground, accumulated over prior 60 minutes

Accumulated net longwave radiation from ground below canopy, accumulated over prior 60 minutes

Accumulated sensible heat flux from ground below canopy, accumulated over prior 60 minutes

Accumulated ground latent heat flux below canopy, accumulated over prior 60 minutes

Accumulated heat flux into soil or snowpack under canopy, accumulated over prior 60 minutes

Accumulated precipitation advected energy to below canopy, accumulated over prior 60 minutes

Accumulated solar radiation absorbed by vegetated fraction, accumulated over prior 60 minutes

Accumulated net longwave radiation from canopy, accumulated over prior 60 minutes

Accumulated sensible heat flux, canopy to atmosphere, accumulated over prior 60 minutes

Accumulated latent heat flux for canopy layer, accumulated over prior 60 minutes

Accumulated transpiration, accumulated over prior 60 minutes

Accumulated precipitation advected energy to vegetation, accumulated over prior 60 minutes

Accumulated shortwave radiation down at land surface model, accumulated over prior 60 minutes

Accumulated shortwave radiation up at land surface model, accumulated over prior 60 minutes

Accumulated longwave downwelling radiation at land surface model, accumulated over prior 60 minutes

Accumulated longwave upwelling radiation at land surface model, accumulated over prior 60 minutes

Acccumlated total sensible heat flux, accumulated over prior 60 minutes

Accumulated total latent heat flux, accumulated over prior 60 minutes

Accumulated total ground heat flux into soil or snowpack, accumulated over prior 60 minutes

Accumulated total precipitation heat flux advected to surface, accumulated over prior 60 minutes

Energy content in soil relative to 273.16

Energy content in snow relative to 273.16

U* in similarity theory

Pbl height

Upward heat flux at the surface

Upward moisture flux at the surface

Latent heat flux at the surface

Flag indicating snow coverage (1 for snow cover)

Fraction of frozen precipitation

1km agl reflectivity

Composite reflectivity

Surface-based convective available potential energy (CAPE)

Mixed-layer convective available potential energy (CAPE)

Most-unstable convective available potential energy (CAPE)

Surface-based convective inhibition up to the level of free convection (CINH)

Mixed-layer convective inhibition up to the level of free convection (CINH)

Most-unstable convective inhibition up to the level of free convection (CINH)

Surface-based lifting condensation level (LCL)

Mixed-layer lifting condensation level (LCL)

0-1km agl u-component wind shear

0-6km agl u-component wind shear

0-1km agl v-component wind shear

0-6km agl v-component wind shear

U-component of bunkers storm motion

V-component of bunkers storm motion

0-1km storm-relative helicity

0-3km storm-relative helicity

2-m dewpoint temperature

Accumulated grid scale precipitation , accumulated over prior 60 minutes

Accumulated snow water equivalent, accumulated over prior 60 minutes

Accumulated graupel water equivalent, accumulated over prior 60 minutes

Sea surface temperature

Dry airmass in column (mu+mub)

Air temperature at the lowest model level

Total pressure at the lowest model level (p + pb)

Geopotential height at the lowest model level (ph+phb)/9.81

Precipitable water

Cloud water mixing ratio

Ice mixing ratio

Water vapor mixing ratio

Refl_10cm at the lowest model level

Qvapor at the lowest model level

W-component wind at the lowest model level

Time: start=20302680.000000 end=20302680.000000 minutes since 1979-10-01 regularPoint resolution=0.000000 (npts=1)

XLAT_U: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1388520)

XLONG_U: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1388520)

west_east_stag: start=0.000000 end=1367.000000 null regularPoint resolution=1.000000 (npts=1368)

south_north: start=0.000000 end=1014.000000 null regularPoint resolution=1.000000 (npts=1015)

U-component wind with respect to model grid at the lowest model level

Time: start=20302680.000000 end=20302680.000000 minutes since 1979-10-01 regularPoint resolution=0.000000 (npts=1)

XLAT_V: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1388872)

XLONG_V: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1388872)

south_north_stag: start=0.000000 end=1015.000000 null regularPoint resolution=1.000000 (npts=1016)

west_east: start=0.000000 end=1366.000000 null regularPoint resolution=1.000000 (npts=1367)

V-component wind with respect to model grid at the lowest model level

XLAT: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1387505)

XLONG: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1387505)

south_north: start=0.000000 end=1014.000000 null regularPoint resolution=1.000000 (npts=1015)

west_east: start=0.000000 end=1366.000000 null regularPoint resolution=1.000000 (npts=1367)

Latitude, south is negative

Longitude, west is negative

XLAT_U: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1388520)

XLONG_U: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1388520)

west_east_stag: start=0.000000 end=1367.000000 null regularPoint resolution=1.000000 (npts=1368)

south_north: start=0.000000 end=1014.000000 null regularPoint resolution=1.000000 (npts=1015)

Latitude, south is negative

Longitude, west is negative

XLAT_V: start=0.000000 end=0.000000 degree_north irregularPoint resolution=0.000000 (npts=1388872)

XLONG_V: start=0.000000 end=0.000000 degree_east irregularPoint resolution=0.000000 (npts=1388872)

south_north_stag: start=0.000000 end=1015.000000 null regularPoint resolution=1.000000 (npts=1016)

west_east: start=0.000000 end=1366.000000 null regularPoint resolution=1.000000 (npts=1367)

Latitude, south is negative

Longitude, west is negative

NetCDF Subset Service for Grids As Points

(Switch to Grids)

Dataset: /thredds/ncss/grid/files/d559001/wy2018/201805/tmpc44_rd1c.nc

(Dataset Description)

Variables:

Horizontal extent:

Horizontal subset:

Nearest to location (in decimal degrees)

Time subset:

Vertical subset:

Output format:

NCSS request URL:

NetCDF Subset Service Documentation