Table 7.— U.S. institutions, investigators, and projects in NORPAX program 



Organization 



Investigator 



Project title 



University of Alaska 



University of British Columbia 



California Institute of Technology, 

 Jet Propulsion Laboratory 



University of California, 

 San Diego 



University of California, 



Scripps Institution of Oceanography 



University of Hawaii 



T. C. Royer 



M. Miyake 

 M. T. Chahine 



C. A. Friehe 



T. P. Barnett 



R. L. Berstein 

 R. L. Bernstein 

 W. B. White 



R. E. Davis 



M. C. Hendershott 



K. E. Kenyon 



G. J. McNally 



W. C. Patzert 



J. Namias 

 T. P. Barnett 



R. T. Wert 

 R. T. Wert 

 W. B. White 



W. B. White 

 R. L. Bernstein 



L. Magaard 

 W. Emery 



M. J. Vitousek 



K. Wyrtki 



K. Wyrtki 

 J. C. Sadler 



Circulation and Heat Content Fluctuations in the 

 Gulf of Alaska 



Air-Sea Interaction Study with Aircraft 



Remote Sounding of Temperature of the Ocean Sur- 

 face in Cloudy Atmosphere 



Measurement of Surface Fluxes of Heat, Water Vapor, 

 and Momentum from Aircraft and Merchant Ships 



Temperature Velocity Structure Study 



Feasibility Study for use of Satellite Data in NORPAX 



Low-Frequency Baroclinic Responses of the North 



Pacific Current to Interannual Variability in the West- 

 erly Winds 



Upper Ocean Dynamics 



A Model Study of Large-Scale Ocean-Atmospheric 

 Interaction 



Large-Scale Dynamics of the Upper Ocean in the 

 Pacific 



Satellite Tracked Drifting Buoys 



Analysis and Publication of El Nino Cruise Data 



Large-Scale and Long-Term Air-Sea Interaction Over 

 the Pacific and Remote Weather and Climate 

 Influences 



NORPAX Data Program 



NORPAX Administration and Travel 



Year-to-Year Variability in the Thermal Structure of 

 the Subtropical Gyre in the Western North Pacific 

 Ocean 



Hydrographic Measurements of the North Pacific 

 Current 



Baroclinic Rossby Waves in the North Pacific 



Line Islands Monitoring 



Interaction of Circulation, Sea Level, Heat Storage, 

 and Winds Over the Pacific Ocean 



El Nino Watch 



North Pacific Cloudiness and Cloud Anomalies from 

 Satellite Observations 



14 



