Table 10.— U.S. institutions, investigators, and projects in CUEA program 



Organization 



Investigator 



Project title 



University of Alaska 



Bigelow Ocean Science Center 



Brookhaven National Laboratories 



University of Delaware 



Duke University 



Florida State University 



Oregon State University 



University of Rhode Island 

 San Francisco State College 



University of Washington 



J. J. Goering 



R. C. Dugdale 



J. Maclsaac 



T. T. Packard 



J. J. Walsh 



T. E. Whitledge 



C. N. K, Moores 

 J. C. Van Leer 



R. T. Barber 



S. Huntsman 

 Y. Hsueh 

 J. J. O'Brien 



D. W. Stuart 

 Inter-American Tropical Tuna Commission M. R. Stevenson 



Woods Hole Oceanographic Institution 



J. S. Allen 



A. Huyer 

 R. L. Smith 



R. D. Pillsbury 

 T. J. Smayda 

 J. C. Kelley 



D. Halpern 



L. A. Codispoti 



0. A. Mathisen 

 R. E. Thorne 



G. T. Rowe 

 K. L. Smith, Jr. 



Consumption and Regeneration of Silicic Acid m 

 Upwellmg Systems 



Kmetics of Nutrient Uptake 

 Program Management 



Kinetics of Nutrient Uptake 



Enzymatic Determination of Biological Transformation 



Systems Model of Upwellmg Ecosystems 



Nutrient Regeneration and Excretion 



Physical Dynamics of the Frontal Zone 



Primary Production, Chelation, and Toxicity Program 

 Management 



Primary Production, Chelation, and Toxicity 



Diagnostic Modelling Studies in JOINT-II 



Simulation of Time-Dependent Coastal Upwelling 

 Circulation 



Meteorological Suport for the JOINT-II Expedition 



Study of Frontal Dynamics and Mesoscale Circulation 

 In Coastal Upwelling Zones by Lagrangian Measure- 

 ments 



Theoretical Studies and the Dynamical Interpreta- 

 tion of Flow Field Observations 



Mesoscale Hydrography During JOINT-II 



Mesoscale Circulation in Coastal Upwelling Systems 

 Program Management 



Mesoscale Circulation in Coastal Upwelling Systems 



Phytoplankton Species, Succession, and Sinking 



Nutrient and Phytoplankton Fields; Interactive Real- 

 Time Information System (IRIS): Mesoscale Hydrog- 

 raphy During JOINT-II. 



Near-Surface Circulation Studies in A Coastal Upwell- 

 ing Environment 



Mesoscale Hydrography During JOINT-II 



Acoustic Assessment of Nekton 



Carbon, Nitrogen ,and Phosphorus Cycles on the Sea 

 Floor of an Upwelling Region 



42 



