Neil B. Ward
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Neil Burgher Ward (b. June 26, 1914 in Purcell, Oklahoma, d. April 12, 1972 in Norman, Oklahoma), American meteorologist, was the first scientific storm chaser, and third known storm chaser, developing ideas of thunderstorm and tornado structure and evolution as well as techniques for forecasting and intercept. He also was a pioneering developer of physical models of tornadoes, first at his home, then at the National Severe Storms Laboratory. He greatly furthered understanding of atmospheric vortices, particularly the tornado.[1]
[edit] Biography
Ward first studied mechanical engineering at the University of Oklahoma. In 1939, he began working for the Weather Bureau as a weather observer, eventually becoming a forecaster. Earning two scholarships, he attended graduate school at Texas A&M University, the University of Oklahoma, and Colorado State University, beginning in late 1956. He studied fluid mechanics and developed an increasing interest in atmospheric vortices by the early 1950s.[2] Neil was a research scientist at the National Severe Storms Laboratory, from the first year of its operation in 1964 to his death in 1972.[3] He began actively pursuing storms on the road in 1961, coordinating with radar information via the Oklahoma state highway patrol.[4]
[edit] References
- ^ Bluestein, Howard B. (August 1999). "A History of Severe-Storm-Intercept Field Programs". Weather and Forecasting 14 (4): 558–577. American Meteorological Society. doi: .
- ^ Ward, Neil B. (September 1972). "The Exploration of Certain Features of Tornado Dynamics Using a Laboratory Model". Journal of the Atmospheric Sciences 29 (6): 1194–1204. American Meteorological Society. doi: .
- ^ Rhoden, Gene (1990). "Storm Pioneer: A Biography of Neil B. Ward". Stormtrack 14 (1): 4–7.
- ^ Ward, Neil B. (1961). "Radar and surface observations of tornadoes of May 4, 1961". Proc. Ninth Weather Radar Conf.: 175-80, Kansas City, MO: American Meteorological Society.
- Ward, Neil B. (Oct 1964). "Contoured Radar Display of a Line of Thunderstorms". Monthly Weather Review, 92 (10): 475.
- --- (Jul 1972). "A Note on the Effects of Pressure Gradients on Fluid Flow with Atmospheric Applications". Journal of the Atmospheric Sciences, 29 (5): 982–984.