Abstract: In seasonal computations, the Mints-Arakawa two-level model is found to be sensitive to a minor alteration in the computational program. Effects of the program change on monthly mean sea level pressure fields are small in ...

Abstract: The Mintz-Arakawa two-level general circulation model has been used in a series of experiments to compute the response of the atmosphere to certain persistent sea-surface temperature anomalies and to changes in the position ...

Abstract: The global response of the atmosphere, as simulated by the Mintz-Arakawa, two-level, general circulation model, to a persistent anomalous pool of warm sea-surface temperatures (SST) in the extratropical Pacific Ocean is ...

Abstract: Hourly forecasts for five cities in the eastern United States have been generated by interpolation as by-products of the primitive equation (PE) numerical prediction program at the National Meteorological Center since ...

Abstract: No abstract available.

Abstract: Local numerical forecasts generated by interpolation from the National Meteorological Center primitive equation model are evaluated for the 1969?70 winter season in the eastern United States. A marked under-prediction of ...

Abstract: No Abstract Available

Abstract: Margules' energy theory of cyclones is examined critically. It is shown, by means of synoptic maps of the potential energy changes in the vicinity of two deepening cyclones, that the energy theory is not verified by observations.

Abstract: A quantitative theory is derived showing the relation between temperature and surface pressure oscillations. By extension of methods used by Jeffreys and Bartels, a solution is obtained for the linearized hydro-dynamic ...

Abstract: No Abstract Available