Recent examples of mesoscale numerical forecasts of severe weather events along the east coast
Paul J. Kocin, Louis W. Uccellini, John W. Zack, Michael L. Kaplan
Abstract
Paul J. Kocin, Louis W. Uccellini, John W. Zack, Michael L. Kaplan
Abstract
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.
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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.
Key concepts: Mesoscale meteorology, Climatology, Meteorology, Tornado, Thunderstorm, Numerical weather prediction, East coast, North American Mesoscale Model