Table 6.— United States participants in the Coastal Upwelling Ecosystem Analysis (CUEA) project 



Organization 



Investigator 



Project Title 



University of California, 



Scripps Institution of Oceanography 



University of Connecticut 



Duke University 



Florida State University 



Florida State University 



University of Miami 

 University of Miami 

 Oregon State University 

 Oregon State University 

 Oregon State University 

 University of Rhode Island 

 University of Washington 

 University of Washington 

 University of Washington 

 University of Washington 



University of Washington 

 University of Wisconsin 



Woods Hole Oceanographic Institution 



M. Blackburn 



R. W. Garvine 

 R. T. Barber 

 J. J. O'Brien 

 D. W. Stuart 



C. N. K. Mooers 

 J. C. Van Leer 



J. S. Allen 



B. W. Frost 



R. Smith 



T. J. Smayda 



R. C. Dugdale 



J. C. Kelley 



T. T. Packard 



R. Thorne and 

 0. Mathiesen 



J. J. Walsh 



D. L. Cutchin and 

 D. B. Rao 



G. T. Rowe and 

 K. Smith 



Behavior and Biology of Nekton 



Theoretical Studies of Physical Dynamics 



Primary Production, Chelation, and Toxicity 



Simulation of Time-Dependent Circulation 



Meteorological Research in the CUE-II and 

 JOINT-I Experiments 



Physical Dynamics of the Frontal Zone 



Cyclesonde Measurements of the Frontal Zone 



Analytical, Numerical Studies of Processes 



Grazing and Zooplankton Fields 



Mesoscale, Descriptive Physical Oceanography 



Phytoplankton Species, Succession, Sinking 



Kinetics of Nutrient Uptake 



Nutrient and Phytoplankton Fields 



Enzymatic Determination of Transformations 



Acoustic Assessment and Modelling of Nekton 



Systems Model of Upwelling Ecosystems 

 Internal and External Edgew/aves 



Nutrient Cycles and the Benthos 



The CUEA Interactive Real-time Information 

 System (IRIS) is a new modular computer system 

 designed to acquire, edit, and analyze real-time 

 data from a sensor array and present these data 

 at interactive graphic terminals. 



38 



