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Par Collection Par Auteur- BRUNSDEN, D. (5)
- GIARDINO, J.R., (Editeur scientifique) (1)
- LEE, E.M. (1)
- MOORE, R. (1)
- SCHROTT, L., (Editeur scientifique) (1)
- THOMAS, M.F., (Editeur scientifique) (1)
- THORNES, J. B. (1)
- Aménagement du littoral ; Dorset ; England ; Erosion littorale ; Géographie historique ; Géomorphologie appliquée ; Géotechnique ; Littoral ; Protection du littoral ; Royaume-Uni (1)
- Analyse de sensibilité ; Concept ; Dynamique du paysage ; Echelle spatiale ; Géomorphodynamique ; Géomorphologie ; Héritage géomorphologique ; Résistance au changement (1)
- Applied geomorphology ; Coastal environment ; Coastal erosion ; Coastal management ; Coastal protection ; Dorset ; England ; Geotechnics ; Historical geography ; United Kingdom (1)
- Concept ; Earth surface processes ; Geomorphology ; Inherited features ; Landscape dynamics ; Resistance to change ; Sensitivity analysis ; Spatial scale (1)
- Dynamique de versant ; Glissement de terrain ; Géophysique ; Hydrologie ; Modèle ; Typologie ; Versant (1)
- Dégât ; Eboulement ; Falaise ; Glissement de terrain ; Géographie physique ; Géomorphologie littorale ; Littoral ; Risque naturel ; Royaume-Uni (1)
- Géographie physique ; Géomorphogenèse ; Géomorphologie ; Modélisation ; Sensibilité du paysage ; Théorie (1)
- Physical geography (1)
- A critical assessment of the sensitivity concept in geomorphology (1)
- Changing the face of the earth-engineering geomorphology (1)
- Engineering geomorphology on the coast : lessons from west Dorset (1)
- Landscape sensitivity : principles and applications in northern cool temperate environments (1)
- Landscape sensitivity and change (1)
- Analyse de sensibilité ; Concept ; Dynamique du paysage ; Echelle spatiale ; Géomorphodynamique ; Géomorphologie ; Héritage géomorphologique ; Résistance au changement
- Concept ; Earth surface processes ; Geomorphology ; Inherited features ; Landscape dynamics ; Resistance to change ; Sensitivity analysis ; Spatial scale
- The landscape sensitivity concept concerns the likelihood that a given change in the controls of a system or the forces applied to the system will produce a sensible, recognisable, and persistent response. Change takes place through time and space
- forces, spatial interactions with structure, divergent pathways of change propagation, evolution of barriers to change, effects of inheritance, and the effects of change on system specifications all need to be understood at all temporal and spatial scales.
- Landscape sensitivity and change
- which it persists. The systems and forms are subject, over 10 10 years, to perturbations caused by high magnitude low frequency events, environmental change and internal structural instabilities which initiate change. The responses to these impulses
- are complex and include damped, sustained and reinforcing changes taking place by ubiquitous, linear or diffusive propagation which reflect the sensitivity of the landscape to change. This sensitivity is dependent on the path density of the process
- Changing the face of the earth-engineering geomorphology
- Temporal stability and activity of landslides in Europe with respect to climatic change (TESLEC). Special issue
- Les AA. étudient les glissements de terrain sur le littoral du Royaume-Uni. Ils proposent des explications du processus à différentes échelles temporelles et spatiales en incluant les changements du niveau de la mer.