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Aquatic ecology / Oceanography / Scatterometer / QuikSCAT / Atmospheric dynamics / W. Timothy Liu / Sea surface temperature / Wind / Tropical cyclone / Meteorology / Atmospheric sciences / Earth


IMPROVEMENT OF SCATTEROMETER WIND VECTORS — IMPACT ON HURRICANE AND COASTAL STUDIES W. Timothy Liu, Hua Hu, Y. Tony Song, and Wenqing Tang Jet Propulsion Laboratory, California Institute of Technology, Pasadena, CA 911
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Document Date: 2005-03-13 00:54:08

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File Size: 144,17 KB

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City

San Francisco / Los Angeles / /

Company

Jet Propulsion Laboratory / COASTAL / Xie S.P. / Space Administration / /

Country

Wake Island / /

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Event

Business Partnership / Natural Disaster / Product Release / Environmental Issue / /

Facility

Jet Propulsion Laboratory / California Institute of Technology / /

IndustryTerm

intensification using new technology / wind product / model producing operational wind products / intense weather systems / /

MusicGroup

Poseidon / HURRICANE FLOYD / /

NaturalFeature

Pacific coast / Atlantic Ocean / Hawaii Islands / Pacific Ocean / Southern California coast / /

OperatingSystem

Poseidon / /

Organization

Japanese Global Change Observation Mission / California Institute of Technology / Tropical Rain Measuring Mission / National Aeronuatics and Space Administration / Eta / National Hurricane Center / National Aeronautics and Space Administration / European Space Agency / /

Person

Simon Yueh / Hua Hu / Liu / Backscatter / CATALINA EDDY / Y. Tony Song / Bryan Stiles / /

Product

QuikSCAT / /

ProvinceOrState

Southern California / Y.T. / /

Region

Southern California / Central America / /

Technology

Remote Sensing / microwave / ESA / simulation / /

URL

http /

SocialTag