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Numerical modeling of severe convective storms occurring in the Carpathian Basin
Atmospheric Research, 2009Squall lines often cause serious damages due to the strong surface outflow, hail, or heavy precipitation in Hungary every summer. Squall lines in the Carpathian Basin can be classified into two main categories: pre-frontal squall-lines and frontal convective lines.
Á. Horváth +4 more
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Modes of Isolated, Severe Convective Storm Formation along the Dryline
Monthly Weather Review, 1993Abstract Patterns of the formation of isolated, severe convective storms along the dryline in the southern plains of the United States during the spring over a 16-year period were determined from an examination of the evolution of radar echoes as depicted by WSR-57 microfilm data.
Howard B. Bluestein, Stephen S. Parker
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Severe Convective Storms: A Brief History of Science and Practice
1996It was the spring of 1953. Three violent tornadoes would soon leave deadly marks on cities well removed from “tornado alley” (an area of the central and southern Great Plains in the United States that has the world’s highest frequency of tornado occurrence): 114 dead in Waco, Texas, on 11 May; 116 dead in Flint, Michigan, on 8 June; and 90 dead in ...
Kenneth C. Crawford, Edwin Kessler
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ANALYSIS OF SEVERE CONVECTIVE STORMS OBSERVED BY RADAR-II
Journal of Meteorology, 1959Abstract The frequency of hail occurrence in New England thunderstorms during 1956 and 1957 was directly related to the maximum heights and maximum reflectivity factors of the thunderstorm echoes measured by CPS-9 radar. Hail frequencies in excess of 33 per cent occurred in storms with echo heights above 46,000 to 49,000 ft, with little dependence on ...
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ON THE PRODUCTION OF SEVERE CONVECTIVE STORM ENVIRONMENTS IN NORTH AND SOUTH AMERICA
2023This is a dissertation by Funing Li submitted to the Faculty of Purdue University in partial fulfillment of the requirements for the degree of Doctor of Philosophy.
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Improving Our Understanding of Global Severe Convective Storm Hazards
Severe convective storms (SCSs) are responsible for substantial societal and economic losses around the world. These impacts are rising—primarily due to increasing exposure—yet the underlying hazard remains deeply uncertain, even in regions with dense observational networks. This uncertainty complicates efforts to anticipate and manage risk.Andreas F. Prein +3 more
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Thermodynamic and Kinematic Observations within Severe Convective Storm Updrafts
Little is known about thermodynamic and kinematic properties inside severe convective storm updrafts owing to difficulties obtaining in situ observations. Instead, we rely on vertical motion information from multi-Doppler analyses (which can have large errors) and make assumptions about thermodynamic conditions (e.g., adiabatic ascent).Kelly Lombardo +2 more
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Climatology of local severe convective storms in Assam, India
International Journal of Climatology, 2020Rahul Mahanta
exaly
Severe Convective Storms and Tornadoes: Observations and Dynamics
Weather, 2014openaire +2 more sources