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Par Collection Par Auteur- GIARDINO, J.R., (Editeur scientifique) (4)
- GIARDINO, J.R., (Editeur scientifique) (1)
- LANDON, N. (1)
- MARSTON, R.A., (Editeur scientifique) (1)
- MORISAWA, M., (Editeur scientifique) (1)
- PEIRY, J.-L. (1)
- PIÉGAY, H. (1)
- TWIDALE, C.R. (1)
- BRAVARD, J.-P. (1)
- EHLEN, J. (1)
- GILVEAR, D.J. (1)
- HARBOR, J. (1)
- VIDAL ROMANÍ, J.R. (1)
- 1999 (5)
- Alpes ; Aménagement fluvial ; Capacité de charge ; Concept ; Cours d'eau ; Crue ; Développement durable ; Ecosystème ; Erosion des berges ; France ; Géomorphologie appliquée ; Risque naturel (1)
- Aménagement fluvial ; Cours d'eau ; Crue ; Ecosystème ; Erosion des berges ; Géomorphologie appliquée ; Hydrosystème ; Impact ; Mouvement de masse ; Plaine d'inondation ; Royaume-Uni ; Scotland (1)
- Applied geomorphology ; Bank erosion ; Ecosystem ; Flood ; Floodplain ; Hydrosystem ; Impact ; Mass movement ; River management ; Scotland ; Stream ; United Kingdom (1)
- Applied geomorphology ; Environmental management ; Impact ; Land use ; Pollution ; Rill wash ; Soil erosion ; United States of America ; Water quality (1)
- Asia ; Classification ; Crystalline rocks ; Eastern Asia ; Engineering geology ; Fractal geometry ; Fracture ; Geotechnics ; Granite ; Model ; Weathering (1)
- Asie ; Asie de l'Est ; Classification ; Cristallin ; Fracture ; Granite ; Géologie de l'ingénieur ; Géométrie fractale ; Géotechnique ; Modèle ; Météorisation (1)
- Australia ; Fracture ; Galicia ; Geomorphology ; Geotechnics ; Granite ; Permeability ; Quarry ; Seismicity ; Shear stress ; Spain (1)
- Australie ; Carrière ; Contrainte de cisaillement ; Espagne ; Fracture ; Galicia ; Granite ; Géomorphologie ; Géotechnique ; Perméabilité ; Sismicité (1)
- Erosion des sols ; Etats-Unis ; Gestion de l'environnement ; Géomorphologie appliquée ; Impact ; Pollution ; Qualité de l'eau ; Ruissellement ; Site de construction ; Utilisation du sol (1)
- Changing the face of the earth-engineering geomorphology (5)
- Engineering geomorphology at the cutting edge of land disturbance : erosion and sediment control on construction sites (1)
- Fluvial geomorphology and river engineering : future roles utilizing a fluvial hydrosystems framework (1)
- Fracture characteristics in weathered granites (1)
- Principles of engineering geomorphology for managing channel erosion and bedload transport, example from French rivers (1)
- Sheet fractures, other stress forms and some engineering implications (1)
- Field evidence shows that, contrary to common belief, sheet fractures and structures are due to compressive stress. A suite of minor forms including A-tents or pop-ups are of similar origin. This interpretation carries a range of implications
- Rather than looking back and examining the linkage between geomorphology and engineering over the last few decades, this paper seeks to identify how fluvial geomorphologists can further their contribution to the field engineering and educate
- , the A. reviews both the underlying motivation for this field and some of the main techniques used in construction site erosion and sediment control. His focus is on the US context.
- to ecology, to resources, and to human interests. In recent years, increased public and management awareness of these problems has given way to new conceptions and objectives in the field of river engineering, among which the goal of establishing sustainable
- Fracture characteristics were investigated in 13 exposures in 5 study areas in weathered granite in eastern Asia. Two approaches were used to evaluate the field data : 1) joint spacings were tabulated and examined within each weathering grade