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- > RUESSINK, B.G.[b3] (supprimer)
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Par Collection Par Auteur- BRUNEAU, N. (2)
- MARIEU, V. (2)
- PRICE, T.D. (2)
- RUESSINK, B.G. (2)
- CASTELLE, B. (2)
- BONNETON, P. (1)
- BONNETON, P. (1)
- 2010 (2)
- Aquitaine ; Auto-organisation ; Cordon littoral ; Couplage morphologique ; Dynamique littorale ; France ; Géomorphologie littorale ; Littoral ; Modèle (1)
- Australia ; Cordón litoral ; Geomorfodinámica ; Hidrodinámica ; Litoral ; Modelo ; Modelo numérico ; Nuevas Gales del Sur ; Ola ; Organización autonoma ; Transporte sedimentario (1)
- Australie ; Auto-organisation ; Cordon littoral ; Géomorphodynamique ; Hydrodynamique ; Littoral ; Modèle ; Modèle numérique ; New South Wales ; Transport sédimentaire ; Vague (1)
- Cordón litoral ; Dinámica litoral ; Francia ; Geomorfología litoral ; Litoral ; Modelo ; Organización autonoma (1)
- Aquitaine ; Coastal dynamics ; Coastal environment ; Coastal geomorphology ; France ; Model ; Morphological coupling ; Sand bar ; Self-organizing behaviour
- Double sandbar systems are common morphological features along sandy, wave-dominated, micro- to meso-tidal coastlines. Here the AA. use a numerical model to show that the relative importance of self-organization and morphological coupling changes
- in favour of the latter with an increase in waterdepth variability along the outer-bar crest. Furthermore, they find that the typical alongshore variability in inner-bar rip-channel scale is indicative of a mixture of self-organization and morphological
- coupling rather than self-organization alone. Morphological coupling may thus be more important to understanding and predicting the evolution of inner-bar rip channels than previously envisaged.
- Australia ; Coastal environment ; Earth surface processes ; Hydrodynamics ; Model ; New South Wales ; Numerical model ; Sand bar ; Sediment transport ; Self-organizing behaviour ; Wave
- and the evolving morphology (that is, self-organization) enforces the development of coupling patterns. The AA. therefore introduce a novel mechanism that blurs the distinction between self-organization and template mechanisms. This mechanism may also be extended