Validation of High Frequency Radar Used in Ocean Surface Current Mapping via in-situ Drifting Buoys
NAVAL POSTGRADUATE SCHOOL MONTEREY CA
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High frequency HF radar and its application to mapping ocean surface currents is a relatively new field of study in oceanography. Nevertheless, this scientific field produces real, tangible, accurate real-time results readily available to the military operational planner. The information gained through this process aids in the planning and execution of littoral operations via the development of the battle-space environment. Additionally, commercial use of this information can aide in the containment of coastal oil spills, efforts in search and rescue, and the execution of coastal engineering projects. Indeed, the utilization of High Frequency radar in the ocean environment has many beneficial qualities used by a wide variety of organizations. This study focuses on the validation aspects of High Frequency radar through the use of four drifters placed in-situ from 23-27 January 2008 on the Central California Coast from Monterey to San Francisco. A second experiment was conducted from 01-10 April 2008 involving 32 drifters placed west of the San Francisco Bay. Various statistical comparisons of radial current velocity data from 12 CODAR Coastal Ocean Dynamics Application Radar stations to the radial velocity data of each of the drifters will be analyzed.
- Physical and Dynamic Oceanography
- Active and Passive Radar Detection and Equipment