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Par Collection Par Auteur- HARBOR, J., (Editeur scientifique) (3)
- ANDERSON, R.S. (1)
- DIETRICH, W.E. (1)
- ELMORE, D. (1)
- FINKEL, R.C. (1)
- HANCOCK, G.S. (1)
- MUZIKAR, P. (1)
- NISHIIZUMI, K. (1)
- DUNNE, J. (1)
- HEIMSATH, A.M. (1)
- SMALL, E.E. (1)
- 1999 (3)
- Analyse isotopique ; Bilan sédimentaire ; California ; Dynamique de versant ; Erosion des sols ; Etats-Unis ; Géomorphologie ; Méthodologie ; Sol ; Transport sédimentaire ; Vitesse d'érosion (1)
- Analyse isotopique ; Bouclier ; Géophysique ; Modèle ; Modèle numérique ; Montagne ; Pente de versant ; Rayonnement cosmique ; Versant (1)
- Analyse isotopique ; Etats-Unis ; Modèle ; Montagne ; Météorisation ; Pente de versant ; Sol ; Transport sédimentaire ; Versant ; Vitesse d'érosion ; Wyoming (1)
- California ; Erosion rate ; Geomorphology ; Isotope analysis ; Methodology ; Sediment budget ; Sediment transport ; Slope dynamics ; Soil ; Soil erosion ; United States of America (1)
- Erosion rate ; Isotope analysis ; Model ; Mountain ; Sediment transport ; Slope ; Slope gradient ; Soil ; United States of America ; Weathering ; Wyoming (1)
- Geophysics ; Isotope analysis ; Model ; Mountain ; Numerical model ; Shield ; Slope ; Slope gradient (1)
- Cosmogenic isotopes in geomorphology (3)
- Cosmogenic nuclides, topography, and the spatial variation of soil depth (1)
- Estimates of the rate of regolith production using 10Be and 26Al from an alpine hillslope (1)
- Scaling factors for the rates of production of cosmogenic nuclides for geometric shielding and attenuation at depth on sloped surfaces (1)
- Analyse isotopique ; Bouclier ; Géophysique ; Modèle ; Modèle numérique ; Montagne ; Pente de versant ; Rayonnement cosmique ; Versant
- Geophysics ; Isotope analysis ; Model ; Mountain ; Numerical model ; Shield ; Slope ; Slope gradient
- and requires detailed model calculations. This paper considers 3 geometries : a rectangular obstruction, a triangular obstruction, and a sloped surface. Other geometries can be considered as a combination of these. The results are presented in terms of formulas
- 1999
- Analyse isotopique ; Etats-Unis ; Modèle ; Montagne ; Météorisation ; Pente de versant ; Sol ; Transport sédimentaire ; Versant ; Vitesse d'érosion ; Wyoming
- Erosion rate ; Isotope analysis ; Model ; Mountain ; Sediment transport ; Slope ; Slope gradient ; Soil ; United States of America ; Weathering ; Wyoming
- the rate of production of regolith on an alpine hillslope in the Wind River Range, Wyoming. These calculations are based on a theoretical model which is developed here. This model shows that it is important to consider dissolution of regolith in regolith
- 1999
- Here, the AA. explore the issue of equilibrium landscapes through a previously developed model that predicts the spatial variation in thickness of soil as a consequence of the local balance between soil production and erosion. They present 2
- 1999