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- > KELLERER-PIRKLBAUER, A., (Directeur de publication)[a2 a3] (supprimer)
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Par Collection Par Auteur- KEILER, M., (Directeur de publication) (4)
- KELLERER-PIRKLBAUER, A., (Directeur de publication) (4)
- OTTO, J.-C., (Directeur de publication) (4)
- AVIAN, M. (1)
- BREMER, M. (1)
- CARRIVICK, J. (1)
- DIX, A. (1)
- HAAS, F. (1)
- HEEL, M. (1)
- LIEB, G.K. (1)
- MÜLLEGER, M. (1)
- PETSCHKO, H. (1)
- RÖHRS, M. (1)
- SCHIMMER, C. (1)
- STÖGER, F. (1)
- WETZEL, K.-F. (1)
- BELL, R. (1)
- KELLERER-PIRKLBAUER, A. (1)
- LAIMER, H.J. (1)
- SASS, O. (1)
- 2012 (4)
- Acción antrópica ; Alemaña ; Austria ; Bade-Wurtemberg ; Baja Austria ; Deslizamiento deterreno ; Geocronología ; LiDAR ; Modelo numérico de terreno ; Teledetección ; Vertiente (1)
- Acción antrópica ; Austria ; Baja Austria ; Cantera ; Derrumbe ; Dinámica de vertiente ; Geotécnica ; Prevención ; Vertiente (1)
- Action anthropique ; Allemagne ; Autriche ; Baden-Württemberg ; Glissement de terrain ; Géochronologie ; LiDAR ; Modèle numérique de terrain ; Niederösterreich ; Schwäbische Alb ; Télédétection ; Versant (1)
- Action anthropique ; Autriche ; Bömische Masse ; Carrière ; Dynamique de versant ; Eboulement ; Géotechnique ; Niederösterreich ; Prévention ; Versant (1)
- Alpes ; Austria ; Cambio climático ; Derrumbe ; Dinámica de vertiente ; Montaña ; Paraglaciar ; Pergelisol ; Retroceso del glaciar (1)
- Alpes ; Austria ; Dinámica de vertiente ; Erosión de los suelos ; Impacto ; Incendio forestal ; Modelo ; Montaña ; Tirol ; Velocidad de erosión (1)
- Alpes ; Autriche ; Changement climatique ; Dynamique de versant ; Eboulement ; Mittlerer Burgstall ; Montagne ; Paraglaciaire ; Pergélisol ; Recul du glacier (1)
- Alpes ; Autriche ; Date 1946 ; Dynamique de versant ; Erosion des sols ; Impact ; Incendie de forêt ; Modèle ; Montagne ; Tirol ; Vitesse d'érosion (1)
- Alps (The) ; Austria ; Climatic change ; Glacier retreat ; Mountain ; Paraglacial ; Permafrost ; Rockfall ; Slope dynamics (1)
- Alps (The) ; Austria ; Erosion rate ; Forest fire ; Impact ; Model ; Mountain ; Slope dynamics ; Soil erosion ; Tirol (1)
- Austria ; Bohemian Massif ; Geotechnics ; Human impact ; Lower Austria ; Preventive measure ; Quarry ; Rockfall ; Slope ; Slope dynamics (1)
- Concepts and implications of environmental change and human impact : studies from Austrian geomorphological research (4)
- Climate change and rock fall events in high mountain areas : numerous and extensive rock falls in 2007 at Mittlerer Burgstall, Central Austria (1)
- Geomorphological and geotechnical causes of anthropogenically induced rock-mass falls in the Wachau-Danube Valley (Bohemian Massif, Lower Austria) (1)
- Impact of forest fires on geomorphic processes in the Tyrolean Limestone Alps (1)
- The AA. investigated geomorphic processes on 2 slopes (Arnspitze and Bettelwurf) burned by wildfire in the region north of Innsbruck. Both burned in 1946 and both are still characterized by severe vegetation destruction. Their aim was to establish
- has shown that the combination of existing geological discontinuities and artificially modified morphology is fatal in terms of slope stability. Remedial measures for both locations are essential to maintain transport infrastructure. Sufficiently
- is located near the lower limit of discontinuous permafrost. Substantial surface lowering of the glacier tongues surrounding the mountain on both sides (by −250 and −70 m since the Little Ice Age) changed the stress and strain field in the bedrock
- . The results in both areas show no clear trend in landslide persistence, neither regarding landslide magnitude, nor regarding land use. However, it is evident that human impact plays a major role in landslide persistence.