A new oceanographic instrument to measure underwater optical, biological, and physical properties has been designed, built, and used extensively at sea. The new instrument system is a significant advance that permits optimum sampling strategies using ship, aircraft, and satellite optical sensors for ocean research. The design criteria for the biooptical profiling system included the rapid acquisition of data to accommodate shipboard synoptic sampling; the measurement of the necessary parameters for providing appropriate contemporaneous surface data for remote sensors; the compatibility of the data acquisition system with conventional conductivity temperature dep...
free text keywords: Spectroradiometer, Remote sensing, Data reduction, Data acquisition, Environmental science, Underwater, Data system, Profiling (computer programming), System integration, business.industry, business, Sampling (statistics)
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