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ATMOS. DISTURBANCES
Catalina Eddy
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HURRICANE LANDFALL
Biological Responses
Ocean Model Simulation
Atmos. Model Simulation

S. CALIFORNIA BIGHT
Ocean Eddies
Pollution Hazards

ECOLOGY OF BOUNDARY CURRENT

THEORY AND MODEL
Upwelling Dynamics
Model Development
Ocean-Atmos. Coupling

CLIMATE LINK

AIRCRAFT POLSCAT OBSERVATIONS

WIND DATA


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HURRICANE LANDFALL

Main Contributors:
W. Timothy Liu (Jet Propulsion Laboratory)
Peter Chu (Naval Postgraduate School)
I I Lin (National Center for Oceanographic Research, Taiwan)
Shuyi S. Chen (University of Miami)

The intense vorticity of a tropical cyclone excites strong upwelling and the associated thermal and biological responses in the shallow coastal oceans and marginals seas. The available energy from the ocean is believed to be one of the main factors of the sudden intensification and the change of track for tropical cyclones. Three examples of our studies in these areas are presented below.

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Last Updated: 06 Sep 2005
JPL Clearance: CL 03-0447
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