Add to ORKGA conceptual approach to thunderstorm forecasting.is described in terms of the four basic ingredients needed to produce significant convection. These ingredients are: instability or a source of destabilization, moisture, synoptic scale lift aloft, and low level convergence. The role of each parameter.is discussed in some detail. When all four of these ingredients occur in the same place at the same time, the probability of occurrence of significant thunderstorms increases dramatically. I
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...
The forecast problem of determining when or where thunderstorms will occur is often a difficult task...
Time-dependent moist columnar convection is numerically modeled; a version of Priestley’s 1953 study...
Forecasters across the country routinely make subjec-tive assessments of convective potential for th...
The development of a thunderstorm which is essentially a convective phenomenon needs a cause for ini...
Thunderstorm research is strongly motivated by the wish to reduce the harm they do to people and the...
The preconvective environment on days with ordinary, widespread, and severe thunderstorms in Southwe...
An approach to forecasting the potential for flash flood–producing storms is developed, using the no...
An approach to forecasting the potential for flash flood–producing storms is developed, using the no...
Vita.Classical statistical techniques, such as multiple regression with variable selection and princ...
While the weather is immediately relatable to most people, only the end products of the study of met...
A review of severe convective storm forecasting is given, with the emphasis on scientific approaches...
 Thunderstorms is a weather condition that is harmful to the flight activities. The potential thund...
Abstract only availableFaculty Mentor: Dr. Patrick S. Market, Soil, Environmental, & Atmospheric Sci...
One thing should be clear to all people in the weather business: the ways we have been accustomed t...
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...
The forecast problem of determining when or where thunderstorms will occur is often a difficult task...
Time-dependent moist columnar convection is numerically modeled; a version of Priestley’s 1953 study...
Forecasters across the country routinely make subjec-tive assessments of convective potential for th...
The development of a thunderstorm which is essentially a convective phenomenon needs a cause for ini...
Thunderstorm research is strongly motivated by the wish to reduce the harm they do to people and the...
The preconvective environment on days with ordinary, widespread, and severe thunderstorms in Southwe...
An approach to forecasting the potential for flash flood–producing storms is developed, using the no...
An approach to forecasting the potential for flash flood–producing storms is developed, using the no...
Vita.Classical statistical techniques, such as multiple regression with variable selection and princ...
While the weather is immediately relatable to most people, only the end products of the study of met...
A review of severe convective storm forecasting is given, with the emphasis on scientific approaches...
 Thunderstorms is a weather condition that is harmful to the flight activities. The potential thund...
Abstract only availableFaculty Mentor: Dr. Patrick S. Market, Soil, Environmental, & Atmospheric Sci...
One thing should be clear to all people in the weather business: the ways we have been accustomed t...
A severe-storm conceptual model first proposed by Carlson and Ludlam is described, and its relevance...
The forecast problem of determining when or where thunderstorms will occur is often a difficult task...
Time-dependent moist columnar convection is numerically modeled; a version of Priestley’s 1953 study...