A method for obtaining analytical solutions to the equation for wind-driven circulation in a shallow sea or lake
Partial differential equation solution for wind-driven circulation in shallow seas or lakes
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Partial differential equation solution for wind-driven circulation in shallow seas or lakes
Geologic evaluation of aerial radar photographs of Parmachenee Lake area, Maine
Remote aerial geological surveying techniques and lake surveys
Lake covered ancient meteorite impact crater in Canada, noting eroded rim and microscopic shock criteria
Aerial synoptic sensing by infrared imagery and color photography of lake area in Florida
Airborne infrared radiometer sensing of thermal terrain properties in California lake region
Using remote sensors for classification of lake hydrology
Optical propagation measurements in inhomogeneous atmosphere at Emerson Lake, California for optical propagation theory validity testing
Linear coastal hydrostatic boundary layers of lake with no horizontal motion, discussing flow conditions under wind stress and interior velocity
Potassium-argon age determination for shock- metamorphosed anorthosites of Manicouagan- Mushalagan Lakes structure
Tuff rings from Fort Rock-Christmas Lake Valley basin, investigating morphologic and volcanic features for surface water role in genesis
Combustion - Conference, University of Utah, Salt Lake City, August 1970
A thermal infrared scanning program was conducted in the Lake Ontario Basin region in an effort to determine: (1) limonologic data that could be collected by remote sensing techniques, and (2) local interest in and routine use of such data in water management programs. Difficulties encountered in the development of an infrared survey program in New York suggest that some of the major obstacles to acceptance of remotely sensed data for routine use are factors of psychology rather than technology. Also, terminology used should suit the measurement technique in order to encourage acceptance of the surface thermal data obtained.
Environmental study of ERTS-1 imagery - Lake Champlain and Vermont
Use of ERTS-1 imagery for census of lake basins in Texas high plains
Hydrologic studies of Lake Ontario basin using high altitude and ERTS-1 imagery
ERTS-1 data for application to hydrological and limnological problems of Lake Ontario and its basin
ERTS-1 remote sensing of turbidity plumes generated in Lake Ontario by Welland Canal and Genesee and Oswego Rivers