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Osculatory surfaces extraction applied to monitoring of sub-marine sand materials
Debese, N.; Jacq, J.J.; Degrendele, K.; Roche, M.; Garlan, T. (2018). Osculatory surfaces extraction applied to monitoring of sub-marine sand materials. Mar. Geod. 41(6): 605-631. https://hdl.handle.net/10.1080/01490419.2018.1509161
In: Marine Geodesy. Taylor & Francis: Philadelphia, PA etc.. ISSN 0149-0419; e-ISSN 1521-060X, meer
Peer reviewed article  

Beschikbaar in  Auteurs 

Trefwoord
    Marien
Author keywords
    Bedform; MBES; sandbank; dune; shelf; trend surface

Auteurs  Top 
  • Debese, N.
  • Jacq, J.J.
  • Degrendele, K., meer
  • Roche, M., meer
  • Garlan, T.

Abstract
    This work aims at providing geoscientists with a new robust shape transform that performs the estimation of a smooth submarine intra-sediment shape from Multi-Beam Echo Sounders data. This shape matches a virtual geodesic interface between mobile and immobile sand, called an osculatory surface. The transform operates through only two non-optional parameters: its scale length and the corresponding degree of the local representations. Application tests addressing different tidal sandbanks are described. Applications to the osculatory tracking of two monitoring zones over fifteen years are also included.

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