Global mapping of near surface ocean wind vectors is crucial for many oceanographic and atmospheric studies. The US Navy together with the National Polar Orbiting Environmental Satellite System (NPOESS) launched the WindSat with multifrequency polarimetric radiometers in January 2003 to demonstrate the passive polarimetry for large spatial coverage of ocean surface wind vector measurements from space. We derived the geophysical model function (GMF) for Windsat polarimetric brightness temperature measurements using six months of matchup dataset. The Windsat GMF was compared with the aircraft radiometer and radar measurements and the SeaWinds scatterometer winds with good agreement up to about 20 m/s wind spee
2018 IEEE International Geoscience and Remote Sensing Symposium (IGARSS 2018), Observing, Understand...
This paper describes the advantages of combining passive and active microwave remote sensing observa...
Abstract—WindSat has systematically collected the first global fully polarimetric passive microwave ...
Global mapping of near surface ocean wind vectors is crucial for many oceanographic and atmospheric ...
The WindSat polarimetric microwave radiometer is a spaceborne instrument that measures top-of-atmosp...
wind vector measurements over the oceans are vital for scientists and forecasters to understand the ...
Surface wind vector measurements over the oceans are vital for scientists and forecasters to underst...
Surface wind vector measurements over the oceans are vital for scientists and forecasters to underst...
Abstract – Three aspects of WindSat performance are presented. 1. End-to-end system calibration is t...
The WindSat microwave polarimetric radiometer consists of 22 channels of polarized brightness temper...
The WindSat microwave polarimetric radiometer consists of 22 channels of polarized brightness temper...
Radiometers are adept at retrieving near surface ocean wind vectors. The Naval Research Laboratory (...
Ocean surface wind vectors over the ocean present vital information for scientists and forecasters i...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
A new microwave radiative transfer ocean surface emissivity model for horizontal and vertical polari...
2018 IEEE International Geoscience and Remote Sensing Symposium (IGARSS 2018), Observing, Understand...
This paper describes the advantages of combining passive and active microwave remote sensing observa...
Abstract—WindSat has systematically collected the first global fully polarimetric passive microwave ...
Global mapping of near surface ocean wind vectors is crucial for many oceanographic and atmospheric ...
The WindSat polarimetric microwave radiometer is a spaceborne instrument that measures top-of-atmosp...
wind vector measurements over the oceans are vital for scientists and forecasters to understand the ...
Surface wind vector measurements over the oceans are vital for scientists and forecasters to underst...
Surface wind vector measurements over the oceans are vital for scientists and forecasters to underst...
Abstract – Three aspects of WindSat performance are presented. 1. End-to-end system calibration is t...
The WindSat microwave polarimetric radiometer consists of 22 channels of polarized brightness temper...
The WindSat microwave polarimetric radiometer consists of 22 channels of polarized brightness temper...
Radiometers are adept at retrieving near surface ocean wind vectors. The Naval Research Laboratory (...
Ocean surface wind vectors over the ocean present vital information for scientists and forecasters i...
The ability to accurately measure ocean surface wind vectors from space in all weather conditions is...
A new microwave radiative transfer ocean surface emissivity model for horizontal and vertical polari...
2018 IEEE International Geoscience and Remote Sensing Symposium (IGARSS 2018), Observing, Understand...
This paper describes the advantages of combining passive and active microwave remote sensing observa...
Abstract—WindSat has systematically collected the first global fully polarimetric passive microwave ...