Spaceborne Sensors Observe El Nino Telecommunication in the Northeast Pacific
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El Nino Telecommunication Spaceborne Sensors anoma↗
Engineering topics
Liu, W.
Publications and source records attributed to Liu, W..
Spacebased Observation of Surface Momentum, Thermal, and Hydrologic Forcing and Their Contribution to the Understanding Oceanic to Interannual Varibilities
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Momentum↗
The Impact of NSCAT Data on Simulating Ocean Circulation
Wind taken from the National Aeronautics and Space Administration (NASA) scatterometer (NSCAT) is compared with the operational analysis from European Center for Medium-Rnage Forecast (ECMWF) for the entire duration (about 9 months) of the NSCAT mission.
scatterometer (NSCAT) operational analysis Europea↗
Compiling Global Wind Field from the NASA Scatterometer and Studying Its Relation with Anomalous Warming in the Pacific
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NSCAT Global wind field SST NASA Scatterometer Ano↗
NSCAT Improves the Estimation of the Hydrologic Balance in Both Tropical and Midlatitude Cyclones
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hydrologic balance cyclones↗
Annual Variation of the Arabian Sea and South China Sea in Response to Monsoons
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Monsoon Arabian Sea South China Sea↗
Extratropical Influence of Upper Tropospheric Water Vapor on Greenhouse Warming
The purpose of this paper is to re-examine the impact of upper tropospheric water vapor on greenhouse warming in midlatitudes by analyzing the recent observations of the upper tropospheric water vapor from the Microwave Limb Sounder (MLS) on the Upper Atmosphere Research Satellite (UARS), in conjuction with other space-based measurement and model simulation products.
upper troposphere water vapor greenhouse warming↗
Responses of the tropical Pacific to Wind Forcing as Observed by Spaceborne Sensors and Simulated by an Ocean General Circulation Model
In this study, satellite observations, in situ measurements, and model simulations are combined to assess the oceanic response to surface wind forcing in the equatorial Pacific.
spaceborne↗