Abstract: Coupling atmosphere, ocean, sea ice, and land surface models requires a means for remapping fields between grids in an accurate and conservative manner. A method is described here for computing interpolation weights for ...

Abstract: This paper discusses a simulation obtained with the Geophysical Fluid Dynamics Laboratory ?SKYHI? troposphere?stratosphere?mesosphere general circulation model run at very high horizontal resolution (?60-km grid spacing) ...

Abstract: This paper is the first of a two-part study that investigates internal gravity wave generation by convection in the lower atmosphere of Venus. A two-dimensional, nonlinear, fully compressible model of a perfect gas is ...

Abstract: This paper is the second of a two-part study that numerically investigates internal gravity wave generation by convection in the lower atmosphere of Venus. Part I of this study considers gravity wave generation and propagation ...

Abstract: A two-dimensional, nonlinear, fully compressible model of a perfect gas is used to simulate cloud-level penetrative convection in the Venus atmosphere from 40 to 60 km altitude. Three cases with different amounts of solar ...