Abstract: A mathematical model for simulation of winds over mountain slopes was developed and tested withobservations from Australia and the western United States. The model computes profiles of wind andtemperature normal to the ...

Abstract: A numerical model was developed which included cloud parameterizations, a convective boundary layer, solar and longwave radiation, a soil layer and a parameterized forest layer. The model simulated the growth of the ...

Abstract: During the period 1?11 June 1978, solar radiation and other meteorological data were gathered at eight stations arranged in a nearly linear transaction extending from the coast at Hilo, Hawaii to Mauna Loa Observatory, 60 ...

Abstract: The numerically calculated height of a steady-state model of a convective plume, which relies on the entire sounding of temperature and humidity above the assumed cloud base, is considered to be a measure of the thermodynamic ...

Abstract: A vertically integrated dynamical drainage flow model is developed from conservation equations for momentum and mass in a terrain-following coordinate system. Wind fields from the dynamical model drive a Monte Carlo transport ...

Abstract: Mean diurnal wind distributions from five surface stations in the rugged Geysers area of northern California were examined to determine how they were affected by the terrain. The one dimensional slope-flow model of Garrett ...

Abstract: aboratory experiments have demonstrated a correlation between the rate of heat loss q? from an experimental fluid to the air above and the standard deviation σ of the thermal variability in images of the fluid surface. ...