Two basic experiments are shown: the first is a perturbation in the geopotential field, and the second is a perturbation in the rotational part of the wind field.
The sensitivity of mesoscale features with respect to large scale tropical profiles of wind and temperature and to small scale parameterizations is investigated through a linear, spectral, non-hydrostatic model.
Two detailed, multi-sensor case studies of mesoscale convective storms occurring in summer over the central and eastern Colorado Rockies are presented.
An analysis of the measurement of the Earth Radiation Budget components both by standard radiometric principles and radiation pressure principles has been carried out in the context of a complete radiation budget experiment.
Geosynchronous satellite data were employed for a climatological study of two summers' data and for a specific case study to observe convective interactions between the eastern slopes of the Colorado Rocky Mountains and the plains of eastern Colorado and western Kansas.
An analysis of cloud amount classification is carried out on the basis of the cloud distribution over different regions of the World Oceans at different seasons.
