Abstract: No Abstract Available.

Abstract: A new form of the density current speed equation is presented which uses the surface pressure rise to predict the speed of the current front. This allows the speed prediction to be made with only surface measured quantities. ...

Abstract: No abstract available.

Abstract: No abstract available.

Abstract: An explicit solution is derived for the trajectory of a particle in an inertial flow on a rotating sphere. This solution explains many of the features of inertial trajectories that have been presented in the literature.

Abstract: Students in the meteorology program at the University of Lowell provide weather forecasts for the university community and for the residents of the Lowell area. The forecasting service is organized and run entirely by the ...

Abstract: A mesobeta-scale numerical model is described that is designed specifically for operational use on relatively small computers (supermicro-class computers of the MicroVAX 3000/4000 type). A major aspect of the model leading ...

Abstract: The structure of squall-line type thunderstorms is investigated with special emphasis on the upshear sloping updraft which is often observed in these storms. To aid in the investigation, a new version of the convective ...

Abstract: Abstract not available.