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		191001.361472.01C	 
		
		21-NGI4-04 	 
		
		19-NGI3-70, 18-NGI3-42, 17-NGI3-20, 16-NGI3-06, 20-NGI3-106 (191001-363513-1C)	 
		
		10/1/2021	 
		
		2022-9-30 0:0:0	 
		
		Completed	 
		
		$64,933.00	 
		
		Climate Variability in Ocean Surface Turbulent Fluxes	 
		
		Bourassa	 
		
		Mark	 
		
		FSU	 
		
		Smith	 
		
		Shawn	 
		
		FSU	 
		
		Climate Effects on Ecosystems, Coastal Hazards	 
		
		OAR CPO	 
		
		Air-sea interactions with fluxes of heat, moisture, and momentum serve as indicators of change in regional climate and weather patterns and, at smaller scales, may be linked to drought and floods and storm intensity and track. Flux-related variables are useful for forcing ocean models and testing coupled ocean/atmospheric models. Researchers are improving the quality of wind and flux products that combine data from multiple sources by the continued development of a global (over water) multi-satellite wind product and a satellite-based flux product that assimilates satellite and in situ data. The new gridding technique combines the strengths of satellite observations and numerical weather prediction analyses through a planetary boundary-layer model to produce a higher resolution surface vector wind data set. Earlier efforts resulted in the delayed-mode objective 1˚ FSU3 wind and flux product, monthly products, the quick-look 1˚ Legler Indian Ocean (currently not being produced) and the 2˚ Tropical Pacific pseudo-wind stress, which contributes to the NOAA Climate Diagnostics Bulletin. The winds products are available at https://mdc.coaps.fsu.edu/data, which is accessed by ~170 registered users from 16 countries, representing academic institutions, governmental agencies, public/non-profit entities, and the military.	 
		
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