Analysis of Surface Patterns over Cobb Seamount Using Synthetic-Aperture Radar Imagery.
Final rept. 1985-1986,
NAVAL ACADEMY ANNAPOLIS MD
Pagination or Media Count:
Anomolies in surface wave patterns observed on SEASAT Synthetic-Aperture Radar SAR imagery over Cobb Seamount are examined. These anomalies are the surface expression of currents interacting with the seamount. The wavelength of the imaged surface patterns are extracted with advanced SAR digital image processing techniques. Nine of the ten detected wavelengths match the expected spectral wavelength envelope of the internal waves that are calculated using oceanographic data. The results show that the wavelengths of the surface pattern imaged are actually the surface manifestation of internal waves on a subsurface density interface. The internal waves are created by current flow over and around Cobb Seamount disturbing the density interface. Author
- Physical and Dynamic Oceanography
- Active and Passive Radar Detection and Equipment