SMOS-CryoSat L4 Sea Ice Thickness 2018-01
The SMOS-CryoSat merged Sea Ice Thickness Level 4 product, in NetCDF format, is based on estimates from both the MIRAS and the SIRAL instruments, with a significant reduction in the relative uncertainty for the thickness of the thin ice. A weekly averaged product is generated every day by the Alfred Wegener Institut (AWI), by merging the weekly AWI CryoSat-2 sea ice product and the daily SMOS sea ice thickness retrieval. All grids are projected onto the 25 km EASE2 Grid, based on a polar aspect spherical Lambert azimuthal equal-area projection. The grid dimension is 5400 x 5400 km, equal to a 432 x 432 grid centered on the geographic Pole. Coverage is limited to the October-April (winter) period for the Northern Hemisphere, due to the melting season, from year 2010 onwards.
Links
- CryoSat-SMOS Merged Sea Ice Thickness at the Alfred Wegener Institut (AWI) - Website (describedby)
- CryoSat-SMOS Merged Sea Ice Thickness Products Description Document (PDD) - Product Specifications (describedby)
- Read-me-first note for the release of CryoSat-SMOS Merged Sea Ice Thickness - Product Specifications (describedby)
- CryoSat-SMOS Merged Product Algorithm Theoretical Basis Document (ATBD) - Algorithm Theoretical Baseline Document (describedby)
- SMOS Software Tools - Software Tools (describedby)
- Get Help? - ESA Earth Observation User Services Portal (describedby)
- Atom format (alternate)
- Dublin Core metadata (alternate)
- JSON-LD metadata (alternate)
- JSON-LD (schema.org) metadata (alternate)
- JSON-LD (GeoDCAT-AP) metadata (alternate)
- RDF/XML metadata (alternate)
- RDF/XML (schema.org) metadata (alternate)
- RDF/XML (GeoDCAT-AP) metadata (alternate)
- Turtle metadata (alternate)
- Turtle (schema.org) metadata (alternate)
- Turtle (GeoDCAT-AP) metadata (alternate)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20171226_20180101_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20171227_20180102_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180119_20180125_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180107_20180113_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180110_20180116_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180112_20180118_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180124_20180130_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180104_20180110_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180121_20180127_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180114_20180120_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180125_20180131_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180128_20180203_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20171231_20180106_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20171230_20180105_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180109_20180115_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180106_20180112_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180117_20180123_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180115_20180121_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180116_20180122_r_v206_01_l4sit.nc (item)
- W_XX-ESA,SMOS_CS2,NH_25KM_EASE2_20180123_20180129_r_v206_01_l4sit.nc (item)
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