Open Session - SWISS GEOSCIENCE MEETINGs

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Symposium 9: Natural Hazards and Risks
. Natural Hazards and Risks
Giovanni Crosta, Michel Jaboyedoff
Institut de géomatique et d’analyse du risque, Université de Lausanne
Dipartimento Scienze Geologiche e Geotechnologiche, Università di Milano-Bicocca
9.1 Akyüz H. Serdar, Taylan Sançar, Cengiz Zabcx, Pxnar Gutsuz, Volkan Karabacak, Erhan Altunel, Ziyadin Çakxr, Çaglar
Yalçxner: Paleoseismological studies on Yedisu seismic gap, eastern part of North Anatolian Fault, Turkey
9.2 Alizadeh Bahram, Bagheri Soheila, Hoseini Seyed Hossein : Biomarkers as effective and beneficial tools in petroleum
caused natural hazards
9.3 Ambrosi C., Pera S.: Interdisciplinary approaches to recognition, analysis and modelling in sackung system and large
landslides in southern Swiss Alps
9.4 Ambrosi C., Strozzi T.: Sar Interferometric Point Target analysis and interpretation of aerial photographs for landslides
investigations in southern Switzerland
9.5 Baruffini M., Baruffini M., Thüring M.: A GIS-tool for risk assessment due to natural hazards in mountain regions
9.6 Fischer L., Amann F., Huggel C. : Multidisciplinary investigations and back-analysis of a periglacial rock fall event:
Tschierva rock fall
9.7 Forootan Ehsan, Sharifi Mohammad Ali, Nikkhoo Mehdi, Dodge Somayeh: Applying altimetry and in-situ data to
compute point-wise MSL for inland waters, case study: Caspian Sea
9.8 Fossati D., Kos A.: The Deep Seated Gravitational Slope Deformation of Landarenca (Graubünden, Switzerland): A
Geological-Geotechnical Analysis
9.9 Huggel C., Eugster S., Ramírez J.M., Worni R.: Recent experiences from Swiss projects in risk reduction in South
America
9.10 Jaboyedoff M., Pedrazzini A.: Theoretical basis for shadow angle variability and implications
9.11 Kanevski M., Pozdnoukhov A., Timonin V.: Machine learning algorithms for spatial data. Case studies: environmental
pollution, natural hazards, renewable resources
9.12 Künzler M., Huggel C., Ramírez J. M.: A method for risk analysis related to lahars and floods – a case study at Nevado
del Tolima volcano, Colombia
9.13 Matti B.: Geological heterogeneity in landslides: Characterization and flow modeling
9.14 Mautz R.: Simulation for a volcano monitoring network
9.15 Meier A., Willi C.: Systematic recording and analysis of natural hazards along railway lines using GIS
9.16 Mohamadi Mahin: Glass and magnetitic Spherules associated with the solid impact and mass extinction in D/C
boundary in Central Alborz mountain north of Iran
9.17 Oppikofer T., Böhme M., Blikra L.H., Derron M.-H., Jaboyedoff M., Saintot A.: Geological and structural model of the
Åknes rockslide (Norway)
9.18 Ostermann M., Sanders D.: A new approach to dating carbonate-lithic rockslides
9.19 Pedrazzini A., Jaboyedoff M., Froese C., Humair F., Langenberg W., Francisco M.: The role of regional fault and foldrelated
fractures in the development of rock slope failure
9.20 Rosset P., Bonjour C., Cua G., Kaestli P., Trendafiloski G., Wiemer S., Wyss M.: The earthquake loss estimating tool
QLARM: Applications in real-time and for predictions
9.21 Schweizer J.: On the predictability of snow avalanches