How satellite data can be used to improve insight into the mesoscale behavior of the atmosphere is demonstrated with emphasis on the GOES-VAS sounding and image data. This geostationary satellite has the unique ability to observe frequently the atmosphere (sounders) and its cloud cover (visible and infrared) from the synoptic scale down to the cloud scale. These uniformly calibrated data sets can be combined with conventional data to reveal many of the features important in mesoscale weather development and evolution
Examples of certain mesoscale cloud features - jet cirrus, eddies/vortices, cloud banding, and wave ...
Information is used from satellite data and research aircraft data to provide new insights concernin...
The impact of the diagnostic initialization of divergence on short-range precipitation forecasts pro...
The measurements from current and planned geosynchronous satellites provide quantitative estimates o...
Recent developments in mesometeorology are summarized to place this research in perspective. Recent ...
November 1988.Principal investigators: Thomas H. Vonder Haar, James F.W. Purdom.Includes bibliograph...
Overwhelming evidence was developed in a number of studies of satellite data impact on numerical wea...
Major research accomplishments which were achieved during the first year of the grant are summarized...
Quantitative exploitation of meteorological data from geosynchronous satellites is starting to move ...
Mesoscale convective processes and how they affect and interact with mid-latitude cyclones were stud...
Co-authors by section, 2.0 Donald W. Hillger, 3.0 Andrew J. Negri, 4.0 Robert A Maddox, 5.0 David W....
Work was divided between the analysis/forecast model development and evaluation of the impact of sat...
The various types of meteorological satellites are enumerated. Vertical sounding, parameter extracti...
The use of rapid scan satellite imagery to investigate the local environment of severe thunderstorms...
The Visible Infrared Spin Scan Radiometer Atmospheric Sounder (VAS) data were used to model the 36 h...
Examples of certain mesoscale cloud features - jet cirrus, eddies/vortices, cloud banding, and wave ...
Information is used from satellite data and research aircraft data to provide new insights concernin...
The impact of the diagnostic initialization of divergence on short-range precipitation forecasts pro...
The measurements from current and planned geosynchronous satellites provide quantitative estimates o...
Recent developments in mesometeorology are summarized to place this research in perspective. Recent ...
November 1988.Principal investigators: Thomas H. Vonder Haar, James F.W. Purdom.Includes bibliograph...
Overwhelming evidence was developed in a number of studies of satellite data impact on numerical wea...
Major research accomplishments which were achieved during the first year of the grant are summarized...
Quantitative exploitation of meteorological data from geosynchronous satellites is starting to move ...
Mesoscale convective processes and how they affect and interact with mid-latitude cyclones were stud...
Co-authors by section, 2.0 Donald W. Hillger, 3.0 Andrew J. Negri, 4.0 Robert A Maddox, 5.0 David W....
Work was divided between the analysis/forecast model development and evaluation of the impact of sat...
The various types of meteorological satellites are enumerated. Vertical sounding, parameter extracti...
The use of rapid scan satellite imagery to investigate the local environment of severe thunderstorms...
The Visible Infrared Spin Scan Radiometer Atmospheric Sounder (VAS) data were used to model the 36 h...
Examples of certain mesoscale cloud features - jet cirrus, eddies/vortices, cloud banding, and wave ...
Information is used from satellite data and research aircraft data to provide new insights concernin...
The impact of the diagnostic initialization of divergence on short-range precipitation forecasts pro...