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- > Special Issue: Geomorphic processes/landscape evolution (supprimer)
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Par Collection Par Auteur- SUGDEN, D.E., (Editeur scientifique) (2)
- BRYANT HUDSON, G. (1)
- BURT, T.P., (Editeur scientifique) (1)
- CAFFEE, M.W. (1)
- DIETRICH, W.E. (1)
- FINKEL, R.C. (1)
- SUGDEN, D.E., (Editeur scientifique) (1)
- SUMMERFIELD, M.A., (Editeur scientifique) (1)
- KERR, A. (1)
- LEEDER, M.R. (1)
- SEIDL, M.A. (1)
- 1997 (3)
- Analyse isotopique ; Bloc ; Cours d'eau ; Datation ; Géochimie ; Géométrie hydraulique ; Hawaii ; Kaui ; Lit fluvial ; Profil longitudinal ; Vitesse d'érosion (1)
- Bassin sédimentaire ; Bassin-versant ; Erosion des sols ; Lithologie ; Mouvement vertical ; Quaternaire ; Tectonique ; Transport sédimentaire ; Variation climatique ; Vitesse d'érosion ; Végétation (1)
- Calotte glaciaire ; Glaciologie ; Géomorphodynamique ; Modèle ; Modèle numérique ; Méthodologie ; Prévision ; Temps ; Variation spatiale (1)
- Channel geometry ; Dating ; Erosion rate ; Geochemistry ; Hawaii ; Isotope analysis ; Longitudinal section ; River bed ; Stream (1)
- Climatic variation ; Erosion rate ; Lithology ; Quaternary ; Sediment transport ; Sedimentary basin ; Soil erosion ; Tectonics ; Vegetation ; Vertical movement ; Watershed (1)
- Earth surface processes ; Forecast ; Glaciology ; Ice sheet ; Methodology ; Model ; Numerical model ; Spatial variation ; Time (1)
- Special Issue: Geomorphic processes/landscape evolution (3)
- Approaches to modelling long-term landscape evolution: lessons from ice sheet modelling (1)
- Cosmogenic isotope analyses applied to river longitudinal profile evolution: problems and interpretations (1)
- Sedimentary basins: tectonic recorders of sediment discharge from drainage catchments (1)
- incorporating both immanent and configurational approaches. The key is that it is possible to explain and understand long-term processes without necessarily being able to predict them with numerical models.
- channel incision. Samples to be analysed for cosmogenic isotopes were collected along a river profile and both radionuclide and stable nuclide concentrations were measured in the rocks. Specifically the nuclides 10Be, 26Al,36Cl,21Ne and 3He allow direct
- . These variables require the total sediment flux to be integrated over the whole range of the catchment, particularly when evaluating the effects of climate change. Contrasting trends in sediment discharge reflect both the nature of climate and vegetation change