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- > Past to present Quaternary landform change : natural and anthropogenic drivers (supprimer)
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Par Collection Par Auteur- HOUBEN, P., (Editeur scientifique) (2)
- WUNDERLICH, J., (Editeur scientifique) (2)
- AASEN, H. (1)
- BARETH, G. (1)
- BRÜCKNER, H. (1)
- CURDT, C. (1)
- HADLER, H. (1)
- NTAGERETZIS, K. (1)
- VÖTT, A. (1)
- WILLERSHÄUSER, T. (1)
- ZEPP, H. (1)
- HARNISCHMACHER, S. (1)
- HOFFMEISTER, D. (1)
- 2014 (2)
- Acción antrópica ; Alemaña ; Carbón ; Explotación minera ; Geomorfología ; Impacto ; Modelo numérico de terreno ; Renania del Norte-Westfalia ; Ruhr ; Subsidencia (1)
- Action anthropique ; Allemagne ; Charbon ; Exploitation minière ; Géomorphologie ; Impact ; Modèle numérique de terrain ; Nordrhein-Westfalen ; Ruhrgebiet ; Subsidence (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)
- Coal ; Digital elevation model ; Geomorphology ; Germany ; Human impact ; Impact ; Mining activity ; North Rhine Westfalia ; Ruhr ; Subsidence (1)
- Dinámica litoral ; Grecia ; Litoral ; Modelo ; Ola ; Peloponeso ; Técnica de investigación (1)
- Past to present Quaternary landform change : natural and anthropogenic drivers (2)
- 3D model-based estimations of volume and mass of high-energy dislocated boulders in coastal areas of Greece by terrestrial laser scanning (1)
- Mining and its impact on the earth surface in the Ruhr District (Germany) (1)
- Boulders of 2 coastal areas (Cape Skalas in southern Lakonia, Peloponnese; Cape Gerogombos on Paliki Peninsula in western Greece were surveyed within their topographical context using a laser scanner in combination with a DGPS. 3D reconstruction
- are not visible in the field without a comparison of digital topographical models. The average amount of a net surface lowering was calculated for all maps digitised and analysed, resulting in values between 0.5 m for the map of Kamen, located at the eastern