Abstract—The use of QuikSCAT data for wind retrievals of tropical cyclones is described. The evidence of QuikSCAT 0 dependence on wind direction for 30-m/s ...
A correction of the QSCAT1 model function for above 23 m/s wind speed is proposed. We explored two microwave radiative transfer models to correct the effects of ...
The use of QuikSCAT data for wind retrievals of tropical cyclones is described.
The 2.5 km winds are also able to observe storms nearer to the shore than 25 km winds. Because of the additional storm detail, center fixes are more accurately ...
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PDF | The use of QuikSCAT data for wind retrievals of tropical cyclones is described. The evidence of QuikSCAT σ0 dependence on wind direction for.
The use of QuikSCAT data for wind retrievals of tropical cyclones is described. The evidence of QuikSCAT sigma-0 dependence on wind direction for >30 m/s ...
In TCs with winds weaker than 15 m s−1, the QuikSCAT winds in the presence of rain are often overestimated due to surface roughening and signal scattering.
Current research shows that QuikSCAT wind speeds are found to be extremely accurate, especially for the interpretation of the radius of gale-force winds and ...
Abstract—The QuikSCAT radar measurements of several trop- ical cyclones in 1999 have been studied to develop the geophysical model function (GMF) of Ku-band ...
Horizontal winds at 850 hPa from tropical cyclones retrieved using the nonlinear balance equation, where the mass field was determined from Advanced ...