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A catchment scale evaluation of the SIBERIA and CAESAR landscape evolution models
The AA. compare the SIBERIA and CAESAR erosion models for their ability to predict sediment transport in a small catchment in western Arnhem Land, Northern Territory, selected as it is a good analogue for the pre-mined Ranger site. CAESAR simulates

Between God and Caesar? Christianity, ethnic identity, and resistant politics in Shimenkan, China

The CAESAR (Cellular Automaton Evolutionary Slope And River) model is used to demonstrate significant differences in coarse sediment transfer and alluviation in medium sized catchments when responding to identical Holocene environmental changes

A cellular model of river meandering

This paper describes a new method to simulate river meandering within a cellular model (CAESAR). A novel technique for determining bend radius of curvature on a cell by cell basis is described, that importantly allows regional information on bend

This paper applies a landscape evolution model (LEM) for the first time at time and space scales where soil erosion models have largely been used. It tests the ability of the LEM (the CAESAR model) to predict soil erosion on a 30 m experimental plot
and bedload yields from CAESAR show a close correspondence in both volume and timing of field measured data. The model also predicts, at decadal scales, sediment loads close to that of field measured data. Findings indicate that the small-scale drainage

Les paysages à la jonction entre la capitale cubaine et la campagne supportent une forte pression anthropique. Cela conduit à d'importants problèmes environnementaux. Le projet de recherche européen CAESAR a pour objectif de quantifier les causes et

. La dichotomie entre le centre et la périphérie est très marquée ticle issu de la thèse de l'A. réalisée dans le cadre du projet européen CAESAR.

Since September 2002 the international research project CAESAR : Cooperative applied environmental systems research of urban-rural interface (Sustainability and land use in the Havana region, Cuba) is investigating the complex environmental problems

In this paper the CAESAR (Cellular Automaton Evolutionary Slope And River) model is used to simulate the Holocene development of a small upland catchment and the alluvial fan at its base. The model operates at a 3 m grid scale and simulates every

Au sein du projet de recherche CAESAR (Cooperative Applied Environmental Systems Research of Urban-Rural Interface), une recherche en écologie du paysage est conduite dans la région Ciudad de La Habana. Environ 50 % de la zone d'étude est urbanisé

Résultats de la recherche (12 résultats)