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PANGAEA.
Data Publisher for Earth & Environmental Science

Allard, Richard A; Metzger, E Joseph; Phelps, Michael W (2019): CICE output from Global Ocean Forecast System (GOFS) 3.1 for 2019022012 [dataset]. Naval Research Laboratory, Stennis Space Center, PANGAEA, https://doi.org/10.1594/PANGAEA.899397, In: Allard, Richard A; Barton, Neil P; Metzger, E Joseph; Phelps, Michael W (2019): CICE outputs from Navy Earth System Prediction Capability (ESPC) and Global Ocean Forecast System (GOFS) 3.1, 2019 [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.897078

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Project(s):
Coverage:
Median Latitude: 0.000000 * Median Longitude: 0.000000 * South-bound Latitude: -90.000000 * West-bound Longitude: 0.000000 * North-bound Latitude: 90.000000 * East-bound Longitude: 0.000000
Event(s):
pan-Antarctica  * Latitude: -90.000000 * Longitude: 0.000000
pan-Arctic  * Latitude: 90.000000 * Longitude: 0.000000 * Location: Arctic
Comment:
INITIALIZATION: 2019022012
FORECASTS:
12-hrly out to 7.5 days (t180)
GRIDS:
ARCu0.08 -- poleward of 40N
ANTu0.08 -- poleward of 49.52S
PARAMETERS:
hi:standard_name = "sea_ice_thickness" ;
hs:standard_name = "surface_snow_thickness" ;
Tsfc:standard_name = "surface_temperature_where_sea_ice" ;
aice:standard_name = "sea_ice_area_fraction" ;
uvel:standard_name = "eastward_sea_ice_velocity" ;
vvel:standard_name = "northward_sea_ice_velocity" ;
sst:standard_name = "sea_water_temperature" ;
uocn:standard_name = "eastward_sea_water_velocity" ;
vocn:standard_name = "northward_sea_water_velocity" ;
Tair:standard_name = "air_temperature" ;
strength:standard_name = "compressive_strength_of_sea_ice" ;
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEventAllard, Richard A
File contentContentAllard, Richard A
File formatFile formatAllard, Richard A
File sizeFile sizekByteAllard, Richard A
File nameFile nameAllard, Richard A
Uniform resource locator/link to fileURL fileAllard, Richard A
Size:
160 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Event

Content

File format

File size [kByte]

File name

URL file
pan-Antarctica CICE output from GOFS poleward of 2019022012_t000netCDF14997.617hycom-cice_inst_ANTu0.08_930_2019022012_t000.nchycom-cice_inst_ANTu0.08_930_2019022012_t000.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t012netCDF15021.834hycom-cice_inst_ANTu0.08_930_2019022012_t012.nchycom-cice_inst_ANTu0.08_930_2019022012_t012.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t024netCDF15038.729hycom-cice_inst_ANTu0.08_930_2019022012_t024.nchycom-cice_inst_ANTu0.08_930_2019022012_t024.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t036netCDF14968.057hycom-cice_inst_ANTu0.08_930_2019022012_t036.nchycom-cice_inst_ANTu0.08_930_2019022012_t036.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t048netCDF14945.095hycom-cice_inst_ANTu0.08_930_2019022012_t048.nchycom-cice_inst_ANTu0.08_930_2019022012_t048.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t060netCDF14968.131hycom-cice_inst_ANTu0.08_930_2019022012_t060.nchycom-cice_inst_ANTu0.08_930_2019022012_t060.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t072netCDF14996.788hycom-cice_inst_ANTu0.08_930_2019022012_t072.nchycom-cice_inst_ANTu0.08_930_2019022012_t072.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t084netCDF14948.181hycom-cice_inst_ANTu0.08_930_2019022012_t084.nchycom-cice_inst_ANTu0.08_930_2019022012_t084.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t096netCDF14885.250hycom-cice_inst_ANTu0.08_930_2019022012_t096.nchycom-cice_inst_ANTu0.08_930_2019022012_t096.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t108netCDF14894.802hycom-cice_inst_ANTu0.08_930_2019022012_t108.nchycom-cice_inst_ANTu0.08_930_2019022012_t108.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t120netCDF14860.768hycom-cice_inst_ANTu0.08_930_2019022012_t120.nchycom-cice_inst_ANTu0.08_930_2019022012_t120.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t132netCDF14843.900hycom-cice_inst_ANTu0.08_930_2019022012_t132.nchycom-cice_inst_ANTu0.08_930_2019022012_t132.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t144netCDF14856.840hycom-cice_inst_ANTu0.08_930_2019022012_t144.nchycom-cice_inst_ANTu0.08_930_2019022012_t144.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t156netCDF14895.701hycom-cice_inst_ANTu0.08_930_2019022012_t156.nchycom-cice_inst_ANTu0.08_930_2019022012_t156.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t168netCDF14466.253hycom-cice_inst_ANTu0.08_930_2019022012_t168.nchycom-cice_inst_ANTu0.08_930_2019022012_t168.nc.zip
pan-AntarcticaCICE output from GOFS poleward of 2019022012_t180netCDF14168.013hycom-cice_inst_ANTu0.08_930_2019022012_t180.nchycom-cice_inst_ANTu0.08_930_2019022012_t180.nc.zip
pan-Arctic CICE output from GOFS poleward of 40N for 2019022012_t000netCDF22983.812hycom-cice_inst_ARCu0.08_930_2019022012_t000.nchycom-cice_inst_ARCu0.08_930_2019022012_t000.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t012netCDF22874.341hycom-cice_inst_ARCu0.08_930_2019022012_t012.nchycom-cice_inst_ARCu0.08_930_2019022012_t012.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t024netCDF22900.065hycom-cice_inst_ARCu0.08_930_2019022012_t024.nchycom-cice_inst_ARCu0.08_930_2019022012_t024.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t036netCDF23035.565hycom-cice_inst_ARCu0.08_930_2019022012_t036.nchycom-cice_inst_ARCu0.08_930_2019022012_t036.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t048netCDF23009.408hycom-cice_inst_ARCu0.08_930_2019022012_t048.nchycom-cice_inst_ARCu0.08_930_2019022012_t048.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t060netCDF23073.702hycom-cice_inst_ARCu0.08_930_2019022012_t060.nchycom-cice_inst_ARCu0.08_930_2019022012_t060.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t072netCDF23142.224hycom-cice_inst_ARCu0.08_930_2019022012_t072.nchycom-cice_inst_ARCu0.08_930_2019022012_t072.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t084netCDF23183.685hycom-cice_inst_ARCu0.08_930_2019022012_t084.nchycom-cice_inst_ARCu0.08_930_2019022012_t084.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t096netCDF23295.778hycom-cice_inst_ARCu0.08_930_2019022012_t096.nchycom-cice_inst_ARCu0.08_930_2019022012_t096.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t108netCDF23370.605hycom-cice_inst_ARCu0.08_930_2019022012_t108.nchycom-cice_inst_ARCu0.08_930_2019022012_t108.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t120netCDF23486.083hycom-cice_inst_ARCu0.08_930_2019022012_t120.nchycom-cice_inst_ARCu0.08_930_2019022012_t120.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t132netCDF23671.717hycom-cice_inst_ARCu0.08_930_2019022012_t132.nchycom-cice_inst_ARCu0.08_930_2019022012_t132.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t144netCDF23838.758hycom-cice_inst_ARCu0.08_930_2019022012_t144.nchycom-cice_inst_ARCu0.08_930_2019022012_t144.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t156netCDF23812.632hycom-cice_inst_ARCu0.08_930_2019022012_t156.nchycom-cice_inst_ARCu0.08_930_2019022012_t156.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t168netCDF22847.543hycom-cice_inst_ARCu0.08_930_2019022012_t168.nchycom-cice_inst_ARCu0.08_930_2019022012_t168.nc.zip
pan-ArcticCICE output from GOFS poleward of 40N for 2019022012_t180netCDF22377.396hycom-cice_inst_ARCu0.08_930_2019022012_t180.nchycom-cice_inst_ARCu0.08_930_2019022012_t180.nc.zip