Monterey / Washington / DC / Miami Beach / Miami / /
Company
Cambridge University Press / Naval Research Laboratory / Merrill / Southern / Fitzpatrick / Charles R. Sampson Naval Research Laboratory / /
Continent
America / /
Country
Netherlands / United States / Brazil / Madagascar / / /
Event
Natural Disaster / Environmental Issue / Business Partnership / /
Facility
Colorado State University / Statistical FORTRAN library / The Pennsylvania State University / National Hurricane Center / College of Earth / Joint Typhoon Warning Center / Campus Delivery / Fort Collins / /
IndustryTerm
satellite analysis / satellite-based methods / size estimation algorithm / satellite techniques / energy / digital geostationary satellite infrared imagery / geostationary infrared satellite imagery / real-time statistical tropical cyclone intensity forecasts using satellite data / size estimation algorithms / Tropical cyclone intensity analysis using satellite data / satellite intensity estimation methods / energy transformations / convective available potential energy / /
NaturalFeature
Atlantic Ocean / North Indian Ocean / East Coasts / North Pacific Ocean / Indian Ocean / Cape York Peninsula / /
Organization
College of Earth and Mineral Sciences / Cambridge University / Center for Satellite Research and Applications / U.S. Government / National Hurricane Center / Australian Bureau of Meteorology / National Oceanic and Atmospheric Administration / Naval Postgraduate School / Navy / The Pennsylvania State University / ONR / Colorado State University / United States of America’s military / Joint Typhoon Warning Center / /
Person
Andrew Burton / Frank / John A. Knaff / Ritchie / Noel Davidson / / /
Position
vp / Pacific STIPS model / author / operational meteorologist / Model development The development / model / intensity forecasts remain challenging / /
Product
Storm / Franklin / Nikon D200 Digital Camera / /
ProgrammingLanguage
FORTRAN / /
ProvinceOrState
Florida / California / Colorado / /
PublishedMedium
the MPI times / /
Region
Indian Ocean / New England / North Indian Ocean / /
Australian Meteorological and Oceanographic JournalSouthern hemisphere tropical cyclone intensity forecast methods used at the Joint Typhoon Warning Center, Part II: statistical – dynamical forecasts