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QuikSCAT geophysical model function for precipitation and extreme high wind
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QuikSCAT geophysical model function for hurricane wind and rain
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Impact of rain on QuikSCAT
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Catalina eddy captured by NASA QuikSCAT satellite
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QuikSCAT and TRMM Reveal the Interplay Between Dynamic and Hydrologic Parameters in Hurricane Floyd
Over the ocean, in situ observations in a hurricane are extremely sparse, and conventional satellite data provide only cloud imagery at the top of the storm.
Sea Winds on QuikSCAT: Sensor Description and Mission Overview
The SeaWinds instrument is the first pencil-beam scatterometer to routinely measure ocean surface winds from space.
Atmospheric manifestation of tropical instability wave observed by Quikscat and tropical rain measuring mission
Observations from two new spaceborne microwave instruments in 1999 clearly reveal the atmospheric manifestation of tropical instability waves north of the Pacific equatorial cold tongue.
The QuikSCAT wind scatterometer mission
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QuikScat Geophysical Model Function and High-Resolution Imaging of Tropical Cyclone Winds
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New applications on land and ocean using sea winds scatterometer on QuikSCAT
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Hydrologic Balance and Ocean-atmosphere Coupling Unveiled by TRMM and QuikSCAT
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The Development of the QuikSCAT Ground System and Data Products
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Monitoring Marine Weather Systems Using Quikscat and TRMM Data
We do not understand nor are able to predict marine storms, particularly tropical cyclones, sufficiently well because ground-based measurements are sparse and operational numerical weather prediction models do not have sufficient spatial resolution nor accurate parameterization of the physics.
Kinematic characteristics of a Meiyu front detected by the QuikSCAT oceanic winds
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Multiple Scatterometer Hurricane Winds: QuikSCAT Data Set Complete, OceanSAT-2 Begun
No abstract available
Value Added Products for SeaWinds on QuikSCAT
The SeaWinds scatterometer generates near real-time surface wind data over the global oceans. Daily wind data is available to the public via the VAP website.