Significant progress was attained in this reporting period towards the overall goal of improving the CIMSS satellite wind algorithms through incorporation of new processing options, and testing/evaluating these options on data sets and through case studies. Several new strategies were implemented, and these are outlined. In addition, data from GOES-8 have recently become available during system check-out and evaluation. Initial testing and software adjustments necessary to handle this new and improved data are briefly touched upon in this summary, and will be a main focus of the remaining funds and efforts under this contract
This paper summarizes the status of the operational satellite wind product system at NOAA/NESDIS. Re...
Atmospheric motion vectors (AMVs), derived from the current GOES series of satellites, provide inval...
Techniques to integrate meteorological data from various satellite sensors to yield a global measure...
The research objectives in this proposal were part of a continuing program at UW-CIMSS to develop an...
Work has been primarily focussed on three tasks: (1) comparison of wind fields produced at MSFC with...
The latest version of the automated cloud motion vector software has yielded significant improvement...
Current NESS winds operations provide approximately 1800 high quality wind estimates per day to abou...
Water vapor imagery from geostationary satellites has been available for over a decade. These data a...
Motions deduced in animated water vapor imagery from geostationary satellites can be used to infer w...
Preliminary results from NWP impact studies are indicating that upper-tropospheric wind information ...
This paper summarizes advances to the derivation of operational GOES winds at NOAA/NESDIS. NOAA/NESD...
This paper provides a summary of the status of the NOAA/NESDIS operational satellite wind product sy...
This participation in the Genesis of Atlantic Lows Experiment (GALE) focused on three main areas: (1...
Water vapor imagery from the geostationary satellites such as GOES, Meteosat, and GMS provides synop...
This study will involve two objectives: (1) to develop, through computer simulations, optimal satell...
This paper summarizes the status of the operational satellite wind product system at NOAA/NESDIS. Re...
Atmospheric motion vectors (AMVs), derived from the current GOES series of satellites, provide inval...
Techniques to integrate meteorological data from various satellite sensors to yield a global measure...
The research objectives in this proposal were part of a continuing program at UW-CIMSS to develop an...
Work has been primarily focussed on three tasks: (1) comparison of wind fields produced at MSFC with...
The latest version of the automated cloud motion vector software has yielded significant improvement...
Current NESS winds operations provide approximately 1800 high quality wind estimates per day to abou...
Water vapor imagery from geostationary satellites has been available for over a decade. These data a...
Motions deduced in animated water vapor imagery from geostationary satellites can be used to infer w...
Preliminary results from NWP impact studies are indicating that upper-tropospheric wind information ...
This paper summarizes advances to the derivation of operational GOES winds at NOAA/NESDIS. NOAA/NESD...
This paper provides a summary of the status of the NOAA/NESDIS operational satellite wind product sy...
This participation in the Genesis of Atlantic Lows Experiment (GALE) focused on three main areas: (1...
Water vapor imagery from the geostationary satellites such as GOES, Meteosat, and GMS provides synop...
This study will involve two objectives: (1) to develop, through computer simulations, optimal satell...
This paper summarizes the status of the operational satellite wind product system at NOAA/NESDIS. Re...
Atmospheric motion vectors (AMVs), derived from the current GOES series of satellites, provide inval...
Techniques to integrate meteorological data from various satellite sensors to yield a global measure...