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- CURDT, C. (2)
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- AASEN, H. (1)
- BRÜCKNER, H. (1)
- HADLER, H. (1)
- HOUBEN, P., (Editeur scientifique) (1)
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- PAPANIKOLAOU, I., (Directeur de publication) (1)
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- TILLY, N. (1)
- VÖTT, A., (Directeur de publication) (1)
- WILLERSHÄUSER, T. (1)
- WUNDERLICH, J., (Editeur scientifique) (1)
- Années 2009-2011 ; Balayage laser terrestre ; Bilan sédimentaire ; Bloc ; Dynamique littorale ; Grèce ; Ile ; Littoral ; Mer Ionienne ; Modèle ; Pelopónnisos ; Tsunami ; Télédétection ; Vague (1)
- Balance sedimentario ; Dinámica litoral ; Grecia ; Isla ; Litoral ; Mar Ioniena ; Modelo ; Ola ; Peloponeso ; Teledetección ; Tsunami (1)
- Balayage laser terrestre ; Bloc ; Dislocation ; Dynamique littorale ; Grèce ; Kefallonia ; Littoral ; Modèle ; Pelopónnisos ; Technique de recherche ; Vague (1)
- Boulder ; Coastal dynamics ; Coastal environment ; Dislocation ; Greece ; Model ; Peloponnese ; Research technique ; Terrestrial laser scanning ; Wave (1)
- Boulder ; Coastal dynamics ; Coastal environment ; Greece ; Ionian Sea ; Island ; Model ; Peloponnese ; Remote sensing ; Sediment budget ; Terrestrial laser scanning ; Tsunami ; Wave (1)
- Dinámica litoral ; Grecia ; Litoral ; Modelo ; Ola ; Peloponeso ; Técnica de investigación (1)
- 3D model-based estimations of volume and mass of high-energy dislocated boulders in coastal areas of Greece by terrestrial laser scanning (1)
- Monitoring annual changes of the coastal sedimentary budget in western budget Greece by terrestrial laser scanning terrestrial scanning (1)
- Past to present Quaternary landform change : natural and anthropogenic drivers (1)
- Reconstructing and modeling of paleotsunami events. Multi-proxy approaches, geophysical studies, numerical simulations (1)
- Boulder ; Coastal dynamics ; Coastal environment ; Dislocation ; Greece ; Model ; Peloponnese ; Research technique ; Terrestrial laser scanning ; Wave
- in combination with DGPS is capable to derive reliable parameters for wave transport equations. The combination of 3D model-based volume estimations and density measurements provide a better accuracy than achieved by conventional approximations, which are still
- Boulder ; Coastal dynamics ; Coastal environment ; Greece ; Ionian Sea ; Island ; Model ; Peloponnese ; Remote sensing ; Sediment budget ; Terrestrial laser scanning ; Tsunami ; Wave
- to 2011. A Riegl LMS-Z420 i laser scanner was used in combination with a DGPS. Moreover, TLS-based volume and mass data of dislocated boulders encountered at several sites were incorporated into tsunami wave transport equations and compared to buoy data