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You are viewing titles for THE UNIVERSITY OF OKLAHOMA in the Atmospheric sciences available through the UMI Dissertations & Thesis Gradwoorks site
 
The influence of improved land surface and soil data on mesoscale model predictions
 Monsoon variability over the Horn of Africa
 
Spectral analyses of the dual polarization Doppler weather radar data
 Responses of soil respiration and ecosystem productivity to climate change in southern Great Plains
 
Retrieval of moisture from GPS slant-path water vapor observations using 3DVAR and its impact on the prediction of convection initiation and precipitation
 High resolution simulations of the microphysics and electrification in hurricane-like vortices over warm ocean and at landfall
 
Characteristics of tropical cyclones in the North Atlantic and East Pacific
 Investigation of polarimetric measurements of rainfall at close and distant ranges
 
Analysis of energy conserving low-order models
 Charging regions, regions of charge, and storm structure in a partially inverted polarity supercell thunderstorm
 
Australian region tropical cyclones: Influence of environment at different scales
 Predictability of mesoscale convective systems in two- and three-dimensional models
 
State and parameter estimation using polarimetric radar data and an ensemble Kalman filter
 Moisture surges over the Gulf of California and relationships with convective activity
 
Discrimination of tornadic and non-tornadic severe weather outbreaks
 The impact of single- and multi-moment microphysics on numerical simulations of supercells and tornadoes of the 3 May 1999 Oklahoma Tornado outbreak
 
A regional modeling study of climate change impacts on warm-season precipitation in the U.S.
 Northwest Australian tropical cyclones: Variability and seasonal prediction
 
Analysis of spatial uncertainty in LiDAR-derived building data and uncertainty propagation in modeling of urban atmospheric dispersion
 Evolution of charge and lightning throughout an observed and simulated supercell storm
 
Ensemble Kalman filter data assimilation in the presence of large model error
 Using a low-order model to detect and characterize intense vortices in multiple-Doppler radar data
 
A mobile radar based climatology of supercell tornado structures and dynamics
 Mesocyclone and microphysical evolution in simulated supercell storms with varying wind and moisture profiles
 
The impact of precipitation physical processes on the polarimetric radar variables