Résultats de la recherche (12 résultats)
Affinez votre recherche
Par Collection Par Auteur- BERRY, R.W. (1)
- BIGGS, M.A. (1)
- BOQER, S. (1)
- DAVIES, T.R.H. (1)
- GOOSSENS, D. (1)
- KING, J. (1)
- KONG, F. (1)
- MCSAVENEY, M.J. (1)
- MORISAWA, M., (Editeur scientifique) (1)
- MOUTOUX, T. (1)
- NISIO, S. (1)
- PENELAS, M. (1)
- PHILLIPS, W.M. (1)
- REINHEIMER, S. (1)
- ROSSI, D. (1)
- SHAKED, S. (1)
- SHAKER, A. (1)
- SOEN, D., (Editeur scientifique) (1)
- VIOT, P. (1)
- WEININGER, Z. (1)
- Aeolian dust ; Aeolian features ; Aeolian transport ; Arid area ; Desert ; Grain size distribution ; Israel ; Mineralogy ; Negev (1)
- Agua subterránea ; Aguas termales ; Desmoronamiento ; Falla ; Geología regional ; Geomorfología estructural ; Hidrogeología ; Seísmo ; Tectónica (1)
- Appennino ; Appennino centrale ; Eau souterraine ; Effondrement ; Faille ; Géologie régionale ; Géomorphologie structurale ; Hydrogéologie ; Italie ; Source thermale ; Séisme ; Tectonique (1)
- Appennino ; Collapse structures ; Earthquake ; Fault ; Hydrogeology ; Italy ; Regional geology ; Structural geomorphology ; Tectonics ; Thermal spring ; Underground water (1)
- Argile minéral ; California ; Diorite ; Erosion chimique ; Etats-Unis ; Faille ; Géochimie ; Géologie régionale ; Lithologie ; Montagne ; Météorisation ; Paléogéographie ; Sismicité (1)
- Arizona ; Chemical erosion ; Geomorphogenesis ; Model ; Seismicity ; United States of America ; Weathering ; Wind ; Wind speed (1)
- Arizona ; Cheminée de fée ; Erosion chimique ; Etats-Unis ; Géomorphogenèse ; Modèle ; Météorisation ; Sismicité ; Vent ; Vitesse du vent (1)
- California ; Chemical erosion ; Clay mineral ; Fault ; Geochemistry ; Lithology ; Mountain ; Palaeogeography ; Regional geology ; Seismicity ; United States of America ; Weathering (1)
- California ; Datation ; Etats-Unis ; Glissement de terrain ; Lichénométrie ; Montagne ; Mouvement de masse ; Nouvelle-Zélande ; Sierra Nevada ; Séisme (1)
- Canada ; Earthquake ; Epicentre ; Lacustrine sediment ; Organic materials ; Quebec ; Seismicity ; Stratigraphy (1)
- Canada ; Epicentre ; Matière organique ; Québec ; Sismicité ; Stratigraphie ; Sédiment lacustre ; Séisme (1)
- Capitalism ; Elite ; Entrepreneurship ; Factor of production ; Liberalism ; Local development ; Local economy ; Local policy ; United Kingdom (1)
- Capitalisme ; Développement local ; Economie locale ; Elite ; Esprit d'entreprise ; Facteur de production ; Libéralisme ; Politique locale ; Royaume-Uni (1)
- Catastrophe ; Crue ; Genève ; Gestion ; Inondation ; Prévention ; Risque ; Suisse ; Vaud (1)
- Catastrophe ; Flood ; Genève ; Inundation ; Management ; Preventive measure ; Risk ; Switzerland ; Vaud (1)
- Catástrofe ; Crecida ; Gestión ; Inundación ; Prevención ; Riesgo (1)
- Ciclo glaciar ; Deglaciación ; Deslizamiento deterreno ; Erosión glaciar ; Glaciación ; Inclinación de la vertiente ; Isla del Sur ; Modelo ; Montaña ; Nueva Zelanda ; Seísmo ; Sismicidad (1)
- Cycle glaciaire ; Déglaciation ; Erosion glaciaire ; Glaciation ; Glissement de terrain ; Modèle ; Montagne ; Nouvelle-Zélande ; Pente de versant ; Sismicité ; South Island ; Séisme (1)
- Airborne particle accumulation and composition at different locations in the northern Negev desert (1)
- An unusual occurrence of probable Pleistocene corestone within a Cretaceous dioritic enclave, Peninsular Ranges, California (1)
- Community approach to town planning in New trends in urban planning. Studies in housing, urban design and planning. (1)
- Effects of strong seismic shaking in lake sediments, and earthquake recurrence interval, Témiscaming, Quebec (1)
- Geomorphology and natural hazards (1)
- Modeling failure of natural rock columns (1)
- Moving and shaking: business élites, state localism and urban privatism (1)
- The San Vittorino Sinkhole Plain : relationships between bedrock structure, sinking processes, sismic events and hydrothermal springs (1)
- The effect of glaciation on the intensity of seismic ground motion (1)
- The spread of natural decrease (1)
- When flood risk transforms a territory : the Lully effect (1)
- Two-dimensional numerical models (FLAC 6.0) were used to explore how edifice shape, rock stiffness and various levels of ice inundation affect edifice shaking intensity. The modelling confirmed that earthquake shaking is enhanced with steeper
- topography and at ridge crests but it showed for the first time that total inundation by ice may reduce shaking intensity at hill crests. The effect is diminished to about 80-95% if glacier ice level reduces to half of the mountain slope height. In general
- , ice cover reduced shaking most of the steepest-sided edifices, for wave frequencies higher than 3 Hz, and when ice was thickest and the rock had shear stiffness well in excess of the stiffness of ice. The modelling supports the idea that topographic
- amplification of earthquake shaking increases as a result of glacial erosion and deglaciation. It is possible that the effect of this is sufficient to have influenced the distribution of post-glacial slope failures in glaciated seismically active areas.
- Moving and shaking: business élites, state localism and urban privatism
- A. believes that ca. 2040-2050, the USA will reach zero population growth. A. prognosticates how that will shake down in geographic terms and which regions will decrease the most. - (DWG)
- Studies of rockfalls and block slides provide insight about shaking hazards in alpine mountains subject to earthquakes. Large samples of the longest axis of the largest on each block can be used to identify regional landslide events; the coseismic
- rockfall lichenometry model can be used to date and locate prehistorical earthquakes, document regional frequency of earthquakes, and describe regional patterns of seismic shaking. Determination of colonization time, great-growth phase, and especially
- Effects of strong seismic shaking in lake sediments, and earthquake recurrence interval, Témiscaming, Quebec
- . The flooding in Lully can be seen as a focusing event (event that led to a shake-up of knowedge) and became an agent in the process of change.
- inclined joints penetrating the rock was much more likely. The uniformity of column heights suggests that either rare, high velocity winds or prehistoric seismicity cropped the previous generation of columns to seismic shaking.
- , amplification of ground shaking during earthquakes, dissolution, and gravity-driven fluid migration.
- SHAKER, A.
- situées à l'intérieur du désert tandis que la 4ème (Sayeret Shaked) se trouve dans la région de transition du désert vers la zone plus humide du nord, et montre une dynamique différente. Les résultats de l'analyse minéralogique suggèrent qu'une large part
- by hydrostatic pore pressures, which may be strongly increased by earthquake shaking. - (NF)