Houston / Spring / New Orleans / Mobile / Washington D. C. / /
Company
IBM / Adnet Systems Inc. / NHC / Emergency Management / Meteorological Development Laboratory / National Weather Services / NOAA/National Weather Service Meteorological Development Laboratory / /
Country
Puerto Rico / Guam / United States / U.S. Virgin Islands / China / India / / /
Event
Natural Disaster / /
Facility
National Institute of Standards and Technology / Weather Bureau Headquarters / NOAA’s National Geophysical Data Center / Bob Glahn NOAA/National Weather Service Meteorological Development Laboratory / Meteorological Development Laboratory / /
Gulf coasts / East coasts / Gulf of Mexico / Bering Sea / Mexico / Atlantic / /
Organization
NOAA’s National Geophysical Data Center / Weather Bureau / National Research Council / SLOSH MODEL IN NATIONAL WEATHER SERVICE STORM SURGE FORECASTING Bob Glahn Arthur Taylor Nicole Kurkowski* Wilson A. Shaffer Meteorological Development Laboratory National Weather Service / National Hurricane Center / National Oceanic and Atmospheric Administration / NOAA’s Hurricane Research Division / Southeast Louisiana Hurricane Task Force / National Institute of Standards and Technology / Hurricane Research Division / Federal Emergency Management Administration / United States Army / National Oceanographic and Atmospheric Administration / National Weather Service / /
Person
Wilson A. Shaffer Meteorological / Bob Glahn / Chester Jelesnianski / David Glenn / Jesse St. Amant / Arthur Taylor Nicole Kurkowski / Stephen Baig / /
Position
President / Corresponding Author / lead author / model / Director / representative / /
THE ROLE OF THE SLOSH MODEL IN NATIONAL WEATHER SERVICE STORM SURGE FORECASTING Bob Glahn Arthur Taylor Nicole Kurkowski*