| Document Date: 2008-03-01 14:50:34
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City Denver / Redmond / Atlanta / / Country United States / Brazil / Vietnam / Australia / Philippines / China / the Philippines and Vietnam / / / Event Natural Disaster / / Facility Digipen Institute of Technology / University of Washington / / IndustryTerm satellite-based indicators / local lightning location network / satellite imagery / internet-connected processing computer / real-time network / location algorithm / satellite-based data / extended regional network / data processing / satellite-based lightning detection / electronics / ground-based lightning detection systems / range lightning nowcasting applications / land-based regional lightning networks / / NaturalFeature South China Sea / Gulf of Mexico / / Organization Mindlin Foundation / Tropical Rainfall Measurement Mission / Institute of Technology / University of Washington / Seattle / / Person Cecil / Erin Lay / Robert H. Holzworth / Jeremy N. Thomas / Natalia N. Solorzano / P.K. Moore / V / Craig Rodger / Katrina / Rita / / Position D. J. / whip / author / representative / / ProvinceOrState Louisiana / Hawaii / Utah / Florida / Georgia / / PublishedMedium Journal of the Atmospheric Sciences / Monthly Weather Review / Journal of Atmospheric and Oceanic Technology / / Region South China / Gulf of Mexico / / Technology radiation / GPS / Atmospheric and Oceanic Technology / location algorithm / / URL http /
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1.4 GLOBAL STUDIES OF TROPICAL CYCLONES USING THE WORLD WIDE LIGHTNING LOCATION NETWORK 1