Index Catalog // ScholarsArchive@OSU

Creator:: Spinrad, Richard W., Zaneveld, J. Ronald, and Kitchen, James C.
Abstract:: Light transmission profiles have been used to study the optical properties of the suspended particles which are characteristic of the area of the Scotian Rise in the North Atlantic Ocean. This area is typified by very strong bottom currents and a highly variable bedform morphology. A good correlation (r =...
Resource Type:: Article
Full Text:: Particles in the Benthic Nepheloid Layer of the Scotian Rise RICHARD W. SPINRAD Bigelow Laboratory for

Creator:: Spinrad, Richard W., Zaneveld, J. Ronald, and Pak, Hasong
Abstract:: Measurements of total irradiance versus depth and beam transmission versus depth were made at stations near shore along the west coast of the North and South American continents. The water types at each station were optically classified according to the system of Jerlov (1976), thus providing additional information for the...
Resource Type:: Article
Full Text:: and Beam Transmittance Measurements off the West Coast of the Americas RICHARD W. SPINRAD, J

Creator:: Zaneveld, J. Ronald and Spinrad, Richard W.
Abstract:: The solar energy flux as a function of depth (the irradiance profile) in the ocean is an important function. It influences the dynamics of the mixed layer via the heat budget as well as the biology of the euphotic zone. The following three-parameter model can take into account the very...
Resource Type:: Article
Full Text:: Irradiance in the Sea J. RONALD V. ZANEVELD AND RICHARD W. SPINRAD School of Oceanography, Oregon State

Creator:: Spinrad, Richard W. and Zaneveld, J. Ronald
Abstract:: Profiles of light transmission versus depth have been studied in the region of the Scotian Rise of the North Atlantic at bottom depths between 4900 and 5000 m. A component model has been developed and consists of three components of transmission which can be combined to duplicate accurately any given...
Resource Type:: Article
Full Text:: and Bottom Nepheloid Layers in the Area of the Scotian Rise RICHARD W. SPINRAD AND J. RONALD V

ScholarsArchive@OSU