Mesoscale numerical forecasts utilizing the Mesoscale Atmospheric Simulation System (MASS) are documented for two East Coast severe weather events. The two events are the thunderstorm and heavy snow bursts in the Washington, D.C. - Baltimore, MD region on 8 March 1984 and the devastating tornado outbreak across North and South Carolina on 28 March 1984. The forecasts are presented to demonstrate the ability of the model to simulate dynamical interactions and diabatic processes and to note some of the problems encountered when using mesoscale models for day-to-day forecasting
The ways in which intense convective storms interact with their environment are considered for a num...
ABSTRACT Since late 1995, NCEP has made available to forecasters hourly model guidance at selected s...
The session on techniques and resources for storm-scale numerical weather prediction are reviewed. T...
The impact of the diagnostic initialization of divergence on short-range precipitation forecasts pro...
The Mesoscale Atmospheric Processes Research Program is a program of integrated studies which are to...
The Visible Infrared Spin Scan Radiometer Atmospheric Sounder (VAS) data were used to model the 36 h...
Recent developments in mesometeorology are summarized to place this research in perspective. Recent ...
© Copyright 2006 American Meteorological Society (AMS). Permission to use figures, tables, and brief...
© Copyright 2006 American Meteorological Society (AMS). Permission to use figures, tables, and brief...
The numerical simulation of mesoscale precipitation as well as the development of software and appro...
The topics discussed include the following: multiscale application of the 5th-generation PSU/NCAR me...
The President's Day cyclone, produced record breaking snowfall along the East Coast of the United St...
The overall performance characteristics of a limited area, hydrostatic, fine (52 km) mesh, primitive...
Severe convective storms and associated hazards pose significant threats to life and property. There...
A mesoscale model is used here to investigate the possible sources of forecast error for the 24–25 J...
The ways in which intense convective storms interact with their environment are considered for a num...
ABSTRACT Since late 1995, NCEP has made available to forecasters hourly model guidance at selected s...
The session on techniques and resources for storm-scale numerical weather prediction are reviewed. T...
The impact of the diagnostic initialization of divergence on short-range precipitation forecasts pro...
The Mesoscale Atmospheric Processes Research Program is a program of integrated studies which are to...
The Visible Infrared Spin Scan Radiometer Atmospheric Sounder (VAS) data were used to model the 36 h...
Recent developments in mesometeorology are summarized to place this research in perspective. Recent ...
© Copyright 2006 American Meteorological Society (AMS). Permission to use figures, tables, and brief...
© Copyright 2006 American Meteorological Society (AMS). Permission to use figures, tables, and brief...
The numerical simulation of mesoscale precipitation as well as the development of software and appro...
The topics discussed include the following: multiscale application of the 5th-generation PSU/NCAR me...
The President's Day cyclone, produced record breaking snowfall along the East Coast of the United St...
The overall performance characteristics of a limited area, hydrostatic, fine (52 km) mesh, primitive...
Severe convective storms and associated hazards pose significant threats to life and property. There...
A mesoscale model is used here to investigate the possible sources of forecast error for the 24–25 J...
The ways in which intense convective storms interact with their environment are considered for a num...
ABSTRACT Since late 1995, NCEP has made available to forecasters hourly model guidance at selected s...
The session on techniques and resources for storm-scale numerical weather prediction are reviewed. T...