Taiwan / Japan / Russia / United States / China / India / / /
Event
Natural Disaster / Environmental Issue / /
Facility
Causeway Miami / /
IndustryTerm
intensity estimation algorithms / secondary eyewall formation using geostationary satellite data / subtropical and hybrid systems / satellite imagery / coincident infrared satellite / satellite consensus techniques / intense mesoscale convective systems / thermal energy / intensity applications / intensity algorithms / energy / satellite capabilities / satellite data / Satellite-based scatterometer winds / latter tool / microwave satellite coverage / e-air / energy transfers / weather forecasting systems / satellite observations / /
NaturalFeature
Gulf of Carpentaria / Atlantic Ocean / Mozambique Channel / Philippine Sea / Northwest Caribbean Sea / Yucatan Strait / Bay of Bengal / North Indian Ocean / Western North Pacific Ocean / Gulf of Mexico / Indian Ocean / /
Organization
office of Naval Research / National Oceanic and Atmospheric Administration / U.S. National Hurricane Center / Advance Microwave Sounding Unit / Global Precipitation Mission / United Nations / United States Navy / /
Person
CIRA AMSU / Robert Rogers / / /
Position
ARCHER / important driver / major US effort / Intensity Change Topic Chair / /
Product
F-16 / F-18 / TC / P-3 / /
ProgrammingLanguage
MIMIC / /
ProvinceOrState
Rhode Island / /
Region
South Pacific / Indian Ocean / North Atlantic / Gulf of Mexico / North Indian Ocean / eastern North Atlantic / /
WMO/CAS/WWW SEVENTH INTERNATIONAL WORKSHOP ON TROPICAL CYCLONES Topic 1: Tropical Cyclone Structure and Intensity Change Topic Chair: Robert Rogers