Leighton Hurricane Analysis Forecast System (HAFS) Hurricane Earl Hurricane Edouard Hurricane Ensemble Data Assimilation System (HEDAS) Hurricane Irene Hurricane Irma Hurricane Isaac Hurricane Maria Hurricane Matthew Hurricane Sandy Hurricane Weather Research and Forecast (HWRF) model Jason P. Alaka Global Hawk Gulfstream-IV (G-IV) H*Wind Heather M. Klotz climate convection COYOTE cyclogenesis Doppler radar Doppler wind lidar dropwindsondes Education and outreach Eric W. 2012.ĭata Assimilation Dynamics and Physics HFIP-Hurricane Forecast Improvement Project IFEX - Hurricane Field Program Modeling and Prediction Observations Presentations Publications Societal Impacts Tag Cloud Air-sea interaction Airborne eXpendable Bathythermograph (AXBT) Altug Aksoy Andrew Hazelton Awards Bachir Annane boundary layer Bradley W. Service Assessment, Hurricane Irene August 21-30, 2011, US Department of Commerece, NOAA, National Weather Service, Sept. Tallapragada, 2015: Evaluating the impact of improvements in the boundary layer parameterization on hurricane intensity and structure forecasts in HWRF. Klotz, 2014: Airborne rain-rate measurements with a Wide-Swath Radar Altimeter. Rogers, R, and co-authors, 2013: NOAA’s Hurricane Intensity Forecasting Experiment: A progress report. Powell, 2013: GPS dropwindsonde and WSR-88D observations of tropical cyclone vertical wind profiles and their characteristics. Zhang, 2015: Assimilation of high-resolution tropical cyclone observations with an Ensemble Kalman Filter using HEDAS: Evaluation of 2008-11 HWRF Forecasts. D., 2014: A climatological baseline for assessing the skill of tropical cyclone phase forecasts. Papers written by HRD scientsts using Irene data:Īberson, S. Overall, Irene did US$16.5 billion in damage and resulted in 49 direct deaths, the majority of the damage and casualties occurring in the United States. Rivers became torrents and swept away many historic covered bridges in the region. It moved inland in New England, dumping tropical downpours as it went. It turned slightly eastward and skimmed along the eastern coast of the United States, making landfalls in New Jersey and Long Island as a tropical storm. The hurricane then turned northward and weakened significantly as it approached the Carolinas. Irene spent the next two days roaring through the Bahamas as a major hurricane, inflicting US$40 million in damage from wind and heavy rain. While NOAA 49 began Synoptic Surveillance flights around the storm in attempt to improve the track model forecasts, NOAA 42 flew Tail Doppler Radar experiments, gathering Doppler radar measurements of the winds of the inner core of the storm that were ingested into experimental intensity forecast models. Tracks of NOAA flights into Hurricane IreneĪs Irene approached the Turks and Caicos islands, the storm reached Category 2 status and NOAA began a series of research missions into the storm. Nearly a half of a billion US dollars’ worth of damage was inflicted in its passage. Despite interaction with the mountainous island, where it released copious rains, Irene attained hurricane strength shortly after reaching the sea again. It moved over the Leeward Islands and strengthened as it approached Puerto Rico. It brought devastating destruction to New England as it dumped torrential rains throughout the region.Īlthough Irene began as an African easterly wave, it wasn’t until it had crossed most of the Atlantic Ocean to be east of Dominica that it developed a circulation center and was named on Aug. On August 28, 2011, Hurricane Irene made landfall on the Jersey shore.
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