Modelling approaches for coastal simulation based on cellular automata: the need and potential
Dearing, J. A; Richmond, N; Plater, A. J; Wolf, J.; Prandle, D.; Coulthard, T. J. 2006 Modelling approaches for coastal simulation based on cellular automata: the need and potential. Philosophical Transactions of the Royal Society of London, A, 364 (1841). 1051-1071. 10.1098/rsta.2006.1753Full text not available from this repository.
The paper summarizes the theoretical and practical needs for cellular automata (CA)-type models in coastal simulation, and describes early steps in the development of a CA-based model for estuarine sedimentation. It describes the key approaches and formulae used for tidal, wave and sediment processes in a prototype integrated cellular model for coastal simulation designed to simulate estuary sedimentary responses during the tidal cycle in the short-term and climate driven changes in sea-level in the long-term. Results of simple model testing for both one-dimensional and two-dimensional models, and a preliminary parameterization for the Blackwater Estuary, UK, are shown. These reveal a good degree of success in using a CA-type model for water and sediment transport as a function of water level and wave height, but tidal current vectors are not effectively simulated in the approach used. The research confirms that a CA-type model for the estuarine sediment system is feasible, with a real prospect for coupling to existing catchment and nearshore beach/cliff models to produce integrated coastal simulators of sediment response to climate.. sea-level change and human actions.
|Item Type:||Publication - Article|
|Digital Object Identifier (DOI):||10.1098/rsta.2006.1753|
|Format Availability:||Electronic, Print|
|Additional Keywords:||CELLULAR AUTOMATA, NUMERICAL MODELLING, COASTAL SEDIMENTATION, BLACKWATER ESTUARY, TIDE AND WAVE PARAMETERIZATION, SEA-LEVEL CHANGE, RIVER-BASIN, EVOLUTION, UK, PERSPECTIVE, ESTUARIES, DYNAMICS|
|NORA Subject Terms:||Marine Sciences|
|Date made live:||01 Aug 2007 11:31|
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