Radiometers are adept at retrieving near surface ocean wind vectors. The Naval Research Laboratory (NRL) launched the WindSat polarimetric radiometer with five frequency channels to observe the sea surface and test its ability to accurately measure the wind in various weather conditions. This study focuses on its performance in extreme conditions – the high wind and heavy precipitation of a tropical cyclone. Storms Dennis, Katrina and Rita from the 2005 hurricane season are used to evaluate WindSat’s retrievals using an atmospheric clearing algorithm to extract emissivity measurements from the brightness temperature observations. The emissivity values are collocated with an independent surface wind field provided by H*Wind. Results show a w...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
The WindSat polarimetric microwave radiometer measures top-of-atmosphere brightness temperature, use...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
The WindSat polarimetric microwave radiometer is a spaceborne instrument that measures top-of-atmosp...
The realistic and accurate estimation of hurricane intensity is highly desired in many scientific an...
The realistic and accurate estimation of hurricane intensity is highly desired in many scientific an...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
An electromagnetic model for predicting the microwave blackbody emission from the ocean surface unde...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
The WindSat polarimetric microwave radiometer measures top-of-atmosphere brightness temperature, use...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
The WindSat polarimetric microwave radiometer is a spaceborne instrument that measures top-of-atmosp...
The realistic and accurate estimation of hurricane intensity is highly desired in many scientific an...
The realistic and accurate estimation of hurricane intensity is highly desired in many scientific an...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
An electromagnetic model for predicting the microwave blackbody emission from the ocean surface unde...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
A new microwave radiometric ocean surface emissivity model has been developed to support the analysi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...
Combined microwave brightness temperature measurements from recent L- and dual C-band satellite radi...