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Remote sensing as a tool for bathymetric mapping of coral reefs in the Red Sea (Hurghada-Egypt)
Vanderstraete, T.; Goossens, R.; Ghabour, T.K. (2003). Remote sensing as a tool for bathymetric mapping of coral reefs in the Red Sea (Hurghada-Egypt). Belgeo 2003(3): 257-269
In: Belgeo: Belgisch Tijdschrift voor Geografie = Belgeo: Revue belge de Géographie = Belgeo: Belgian Journal of Geography. Société Royale Belge de Géographie: Leuven. ISSN 1377-2368, more
Peer reviewed article  

Available in Authors 

Keywords
    Bathymetry; Coral reefs; Remote sensing; ISW, Red Sea, Hurghada; Marine

Authors  Top 
  • Vanderstraete, T., more
  • Goossens, R., more
  • Ghabour, T.K., more

Abstract
    For monitoring coral reefs, a bathymetric map is useful as a base map. Different methods have already been developed to map bathymetry using remote sensing. Two main groups can be distinguished. One group is using active remote sensing data; the other is based on passive sensor generated multi-spectral information. In this article, the focus is on the passive data method. A modified «depth of penetration» mapping method was implemented on a Landsat7 ETM+-image over Hurghada (Egypt). Some 420 depth measurements were used for ground-truthing and accuracy testing. The accuracy test revealed that the resulting bathymetric map is useful for coral reef mapping, but care should be taken when using it. Deviations from reality were caused by assumptions inherent to the theory used, field sampling, satellite image characteristics and errors during implementation of the method.

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