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Remote sensing of the ocean surface with C- and Ku -band airborne scatterometers

David Joseph McLaughlin, University of Massachusetts - Amherst

Abstract

A novel dual-mode microwave scatterometer system has been designed and fabricated for remote sensing. This dissertation describes the sensor and presents unique C- and Ku-band ocean surface radar backscatter measurements obtained with it during flights on NASA C-130 and P-3 aircraft. Anisotropic C-band normalized radar cross section measurements obtained for a limited range of ocean surface windspeeds with a spinning antenna are presented. These measurements are potentially free of errors that corrupt similar measurements made with fixed-azimuth airborne scatterometers during "circle-flights". Also presented, for the first time, are open-ocean observations of the electromagnetic (EM) bias at C- and Ku-bands. ^

Subject Area

Physical Oceanography|Engineering, Electronics and Electrical|Remote Sensing

Recommended Citation

David Joseph McLaughlin, "Remote sensing of the ocean surface with C- and Ku -band airborne scatterometers" (January 1, 1989). Doctoral Dissertations Available from Proquest. Paper AAI9011769.
http://scholarworks.umass.edu/dissertations/AAI9011769

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