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- > Special issue. Glacial geomorphology: process and form development (supprimer)
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Par Collection Par Auteur- HARBOR, J.M., (Editeur scientifique) (2)
- CLARK, P.U. (1)
- HO, C. (1)
- MACAYEAL, D.R. (1)
- VELA, J.C. (1)
- HARBOR, J.M. (1)
- JENSON, J.W. (1)
- 1995 (2)
- Calotte glaciaire ; Contrainte de cisaillement ; Etats-Unis ; Glaciaire ; Géotechnique ; Lac ; Michigan ; Modèle numérique ; Moraine ; Mécanique des sols ; Quaternaire ; Transport sédimentaire ; Wisconsinien (1)
- Erodabilité ; Erosion glaciaire ; Lithologie ; Modèle ; Nouvelle-Zélande ; Pente de versant ; Vallée ; Vallée glaciaire ; Variation spatiale (1)
- Erodibility ; Glacial erosion ; Glacial valley ; Lithology ; Model ; New Zealand ; Slope gradient ; Spatial variation ; Valley (1)
- Geotechnics ; Glacial features ; Ice sheet ; Lake ; Michigan ; Moraine ; Numerical model ; Quaternary ; Sediment transport ; Shear stress ; Soil mechanics ; United States of America ; Wisconsinan (1)
- Special issue. Glacial geomorphology: process and form development (2)
- Development of glacial-valley cross sections under conditions of spatially variable resistance to erosion (1)
- Numerical modeling of advective transport of saturated deforming sediment beneath the Lake Michigan Lobe, Laurentide Ice Sheet (1)
- on the basis of an erosion equation. The simulation model has previously been used to examine how different flow laws, erosion laws and ice discharge histories affect medium-scale landform development. This allows to better understand the development of glacial
- landforms, and also provides a critical test for erosion and flow laws.
- This study has two complementary components: 1) development of a flowline model of the LML (Lake Michigan Lobe), in which the constitutive law for ice flow was coupled with a non-linear, rate-dependent, constitutive flow law for the sediment; and 2