Sensitivity analysis of the Florida Tech UTC-M mesoscale atmopsheric seabreeze model to estimates of water and land heating rates using AVHRR SST and coastal margin land temperatures

Details Sensitivity analysis of the Florida Tech UTC-M mesoscale atmopsheric seabreeze model to estimates of water and land heating rates using AVHRR SST and coastal margin land temperatures Sensitivity analysis of the Florida Tech UTC-M mesoscale atmopsheric seabreeze model to estimates of water and land heating rates using AVHRR SST and coastal margin land temperatures

Jan 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002spie.4544..201b&link_type=abstract

Proc. SPIE Vol. 4544, p. 201-213, Remote Sensing of the Ocean and Sea Ice 2001, Charles R. Bostater; Rosalia Santoleri; Eds.

Computer Science

Scientific paper

In this paper we conduct sensitivity analyses of the land surface boundary conditions and parameterizations in the UTC-M primitive equation atmospheric planetary boundary layer Seabreeze model. The boundary conditions for temperature of the ocean and land surface is based upon satellite derived AVHRR estimates over the water and coastal land margins. The sensitivity analysis of the boundary conditions as well as the heating and cooling rates in the planetary boundary layer model are also described. The model domain of interest is the region over the Space Coats of Central Florida. This reign is unique because of its complex coastal water-land margin and its close proximity to the Gulf Stream and Cape Canaveral. This model study demonstrates a method whereby the ocean surface and atmosphere is couple using remotely sensed data for predicting the coastal Seabreeze and associated convective convergence and expected cloud development in the planetary boundary layer.

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