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- > Reconstructing and modeling of paleotsunami events. Multi-proxy approaches, geophysical studies, numerical simulations (supprimer)
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Par Collection Par Auteur- PAPANIKOLAOU, I., (Directeur de publication) (4)
- REICHERTER, K., (Directeur de publication) (4)
- VÖTT, A., (Directeur de publication) (4)
- AL BALUSHI, N. (1)
- BARETH, G. (1)
- CURDT, C. (1)
- FISCHER, P. (1)
- FISCHER, P. (1)
- FRECHEN, M. (1)
- FREUND, H. (1)
- GRÜTZNER, C. (1)
- HADLER, H. (1)
- HADLER, H. (1)
- NTAGERETZIS, K. (1)
- OBROCKI, L. (1)
- REICHERTER, K. (1)
- RUPPRECHTER, M. (1)
- SCHNAIDT, S. (1)
- SCHÜTTRUMPF, H. (1)
- TILLY, N. (1)
- 2013 (4)
- Actual ; Escenario ; Grecia ; Impacto ; Inundación ; Litoral ; Modelo numérico ; Peloponeso ; Prehistoria ; Riesgo natural ; Seísmo ; Simulación ; Tsunami ; Vulnerabilidad ; Época histórica (1)
- Actuel ; Epoque historique ; Grèce ; Impact ; Inondation ; Kyparissiakos kolpos ; Littoral ; Modèle numérique ; Pelopónnisos ; Préhistoire ; Risque naturel ; Scénario ; Simulation ; Séisme ; Tsunami ; Vulnérabilité (1)
- Alemaña ; Atlántico ; Baja Sajonia ; Cronoestratigrafía ; Cuaternario marino ; Datación Carbono 14 ; Diagrama polínico ; Estratigrafía ; Estructura sedimentaria ; Holoceno ; Litoral ; Mar del Norte ; Paleoambiente ; Palinología ; Riesgo natural ; Transgresión marina (1)
- Allemagne ; Atlantique ; Chronostratigraphie ; Datation C 14 ; Diagramme pollinique ; Holocène ; Littoral ; Mer du Nord ; Niedersachsen ; Palynologie ; Paléo-environnement ; Quaternaire marin ; Risque naturel ; Stratigraphie ; Structure sédimentaire ; Transgression marine (1)
- Années 2009-2011 ; Balayage laser terrestre ; Bilan sédimentaire ; Bloc ; Dynamique littorale ; Grèce ; Ile ; Littoral ; Mer Ionienne ; Modèle ; Pelopónnisos ; Tsunami ; Télédétection ; Vague (1)
- Atlantic Ocean ; C 14 dating ; Chronostratigraphy ; Coastal environment ; Germany ; Holocene ; Marine quaternary ; Marine transgression ; Natural hazards ; Niedersachsen ; North Sea ; Palaeo-environment ; Palynology ; Pollen diagram ; Sedimentary structure ; Stratigraphy (1)
- Balance sedimentario ; Dinámica litoral ; Grecia ; Isla ; Litoral ; Mar Ioniena ; Modelo ; Ola ; Peloponeso ; Teledetección ; Tsunami (1)
- Bloc ; Date 1945 ; Littoral ; Mer d'Oman ; Océan Indien ; Oman ; Risque naturel ; Scénario ; Subduction ; Séisme ; Tectonique de plaques ; Tsunami (1)
- Boulder ; Coastal dynamics ; Coastal environment ; Greece ; Ionian Sea ; Island ; Model ; Peloponnese ; Remote sensing ; Sediment budget ; Terrestrial laser scanning ; Tsunami ; Wave (1)
- Boulder ; Coastal environment ; Earthquake ; Indian Ocean ; Natural hazards ; Oman ; Plate tectonics ; Scenario ; Subduction ; Tsunami (1)
- Coastal environment ; Earthquake ; Greece ; Historical period ; Impact ; Inundation ; Natural hazards ; Numerical model ; Peloponnese ; Prehistory ; Present time ; Scenario ; Simulation ; Tsunami ; Vulnerability (1)
- Escenario ; Litoral ; Océano Indio ; Omán ; Riesgo natural ; Seísmo ; Subducción ; Tectónica de placas ; Tsunami (1)
- Reconstructing and modeling of paleotsunami events. Multi-proxy approaches, geophysical studies, numerical simulations (4)
- Evidence of isochronic transgressive surfaces within the Jade Bay tidal flat area, southern German North Sea coast ? Holocene event horizons of regional interest (1)
- Monitoring annual changes of the coastal sedimentary budget in western budget Greece by terrestrial laser scanning terrestrial scanning (1)
- The impact of the 1945 Makran tsunami along the coastlines of the Arabian Sea (Northern Indian Ocean) - a review (1)
- Tsunami inundation scenarios for the Gulf of Kyparissia (western Peloponnese, Greece) derived from numerical simulations and geoscientific field evidence (1)
- Six tsunami scenarios were simulated in a numerical model, namely with tripartite tsunami wave trains approaching from west, south-west and south, and with 2 different intensities (moderate and extreme). Both, in the moderate and extreme scenarios
- . Both, simulation results and field evidence support the Olympia Tsunami Hypothesis, suggesting that ancient Olympia was destroyed and buried by repeated tsunami-related flooding of the coast along the Kyparissiakos Gulf. The regional tsunami risk has
- The AA. summarise and review individual observations of both : earthquake and tsunami that occurred along the Makran Subduction Zone on 27 November, 1945. Published scientific reports, newspaper articles as well as eyewitness accounts are used
- . High-energy dislocated boulders showed no movement during the monitoring period. Thus, it is assumed that they were been transported inland by extreme events, which were stronger than the average coastal dynamics between 2009 and 2011. Both
- the underlying Pleistocene relief. Geochronology is based on radiocarbon ages and on pollen and macro-remains of encountered Holocene peat layers. XRF-data obtained by both stationary and handheld scanning techniques was used to trace interferences of different