The Challenge....

"Shelf waters deeper than 3 meters and shallower than about 30 meters have often been ignored in the past because of the very difficult operating conditions and the complex dynamics, where the water is filled with turbulent boundary layers."

Ken H. Brink 12/12/97
Observational Coastal Oceanography
National Science Foundation OCE Workshops
http://www.joss.ucar.edu/joss_psg/project/oce_workshop/apropos/presentations

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The Solution..... 1999 Summer Research

	View our online talks from the 2000 AGU Ocean Sciences Meeting
	Long-term Real-time Observation Networks for Ports, Estuaries and the Open Shelf
	Bio-Optics Profiler Experiment (July 27-31))

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COOL 1998 Summer Research

Papers Presented at ASLO - January, 1999

	Coastal Upwelling Eddy - Satellite/Remote and In Situ coverage - July 23, 1998
	REMUS Autonomous Underwater Vehicle ADCP/CTD Transects - July, 1998
	Preparation of Satlellite Data for Use in Data Assimilation and in Planning an Adaptive Sampling Network
	Using CODAR HF-RADAR for Coastal Ocean Data Assimilative Modeling
	Modeling Convective Mixing: Improvements on the Industry Standard and It's Importance to Biological Production Modeling
	SeaSonde HF-Radar Comparisons with Moored, Towed and REMUS ADCP's
	Characterizing the Variability in the Inherent and Apparent Optical Properties During the LEO-15 1998 Coastal Predictive Skill Experiment
	Deconvolving Inherent Optical Properties and Estimating Suspended Particulate Mass and Particulate Organic Carbon in Coastal Waters During an Upwelling Event
	Calibration of a Continental Shelf Bottom Boundary Layer Model with Applications to Sediment Transport in the Middle Atlantic Bight
	Structure of Near-Inertial and Subinertial Motion Across an Upwelling Frontal System