Mesoscale convective processes and how they affect and interact with mid-latitude cyclones were studied. The ageostrophic and associated vertical motion field was calculated using a highly accurate iterative method of solving the semigeostrophic omega equation. The tendencies for convective destabilization in the 850-750 mb layer due to differential geostrophic and ageostrophic advection and differential moist adiabatic ascent, were found. The spectral models of the index oscillation, one barotropic and the other baroclinic, were developed. Theoretical and observational studies of cloud streets were conducted
Major research accomplishments which were achieved during the first year of the grant are summarized...
Cloud fields and concurrent dynamical structures associated with extratropical cyclones in a general...
Parameterization development and evaluation ideally takes a two-step approach (Lohmann et al., 2007)...
Modeling, prediction, and analysis of global meteorological phenomena influencing the large scale be...
A two layer spectral quasi-geostrophic model is used to simulate the effects of topography on the eq...
Quantitative exploitation of meteorological data from geosynchronous satellites is starting to move ...
Theoretical studies of low frequency and seasonal weather variability; dynamical properties of obser...
A variety of observational and theoretical studies were performed which were designed to clarify the...
The representation of the effect of tropical deep convective (DC) systems on upper-tropospheric mois...
In both the tropical and extratropical regions there are a large number of dynamical problems which ...
How satellite data can be used to improve insight into the mesoscale behavior of the atmosphere is d...
The proceedings are summarized from a pre-MASH planning workshop on the intercomparison of Southern ...
The structure and variability of the atmosphere in areas of radar-observed convection were establish...
A relationship is established between relative geostrophic vorticity on an isobaric surface and the ...
Research was conducted to help modeling groups at NASA to develop better weather forecasting and gen...
Major research accomplishments which were achieved during the first year of the grant are summarized...
Cloud fields and concurrent dynamical structures associated with extratropical cyclones in a general...
Parameterization development and evaluation ideally takes a two-step approach (Lohmann et al., 2007)...
Modeling, prediction, and analysis of global meteorological phenomena influencing the large scale be...
A two layer spectral quasi-geostrophic model is used to simulate the effects of topography on the eq...
Quantitative exploitation of meteorological data from geosynchronous satellites is starting to move ...
Theoretical studies of low frequency and seasonal weather variability; dynamical properties of obser...
A variety of observational and theoretical studies were performed which were designed to clarify the...
The representation of the effect of tropical deep convective (DC) systems on upper-tropospheric mois...
In both the tropical and extratropical regions there are a large number of dynamical problems which ...
How satellite data can be used to improve insight into the mesoscale behavior of the atmosphere is d...
The proceedings are summarized from a pre-MASH planning workshop on the intercomparison of Southern ...
The structure and variability of the atmosphere in areas of radar-observed convection were establish...
A relationship is established between relative geostrophic vorticity on an isobaric surface and the ...
Research was conducted to help modeling groups at NASA to develop better weather forecasting and gen...
Major research accomplishments which were achieved during the first year of the grant are summarized...
Cloud fields and concurrent dynamical structures associated with extratropical cyclones in a general...
Parameterization development and evaluation ideally takes a two-step approach (Lohmann et al., 2007)...