Improved CYGNSS wind speed retrieval using significant wave height correction
This article presents the methodology for an improved estimation of the sea surface wind
speed measured by the cyclone global navigation satellite system (CYGNSS) constellation
of satellites using significant wave height (SWH) information as external reference data. The
methodology consists of a correcting 2D look-up table (LUT) with inputs:(1) the CYGNSS
wind speed given by the geophysical model function (GMF); and (2) the collocated reference
SWH given by the WW3 model, which is forced by winds from the European Centre for …
speed measured by the cyclone global navigation satellite system (CYGNSS) constellation
of satellites using significant wave height (SWH) information as external reference data. The
methodology consists of a correcting 2D look-up table (LUT) with inputs:(1) the CYGNSS
wind speed given by the geophysical model function (GMF); and (2) the collocated reference
SWH given by the WW3 model, which is forced by winds from the European Centre for …
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