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	Quick Search Author Title Abstract Nr. Schedule Nr. Natural Hazards Meteorological Hazards Hydrological Hazards Landslide Hazards Earthquake Hazards Volcanic Hazards Sea and Ocean Hazards Snow Avalanches and other Glacial hazards Other Hazards (e.g. karst topography, heavy-metal contamination, asteroid impacts, ...) Multidisciplinary Approaches for Risk Assessment, Mapping, Disaster Management & Mitigation Strategies Historical Information, Databases and Dating Techniques for Natural Hazards and Risk Assessment New Technologies for Natural Hazards and Risk Assessment Programme Groups Great Debates Union Symposia Educational Symposia Atmospheric Sciences Biogeosciences Climate: Past, Present, Future Cryospheric Sciences Energy, Resources and the Environment Geochemistry, Mineralogy, Petrology & Volcanology Geodesy Geodynamics Geomorphology Geophysical Instrumentation Hydrological Sciences Magnetism, Palaeomagnetism, Rock Physics & Geomaterials Natural Hazards Nonlinear Processes in Geophysics Ocean Sciences Planetary and Solar System Sciences Seismology Soil System Sciences Solar-Terrestrial Sciences Stratigraphy, Sedimentology and Palaeontology Tectonics and Structural Geology Medal Lectures Key Note Lectures Key Note Sessions Division Business Meetings Editorial Board Meetings Townhall Meetings Splinter Meetings Union Meetings   Information - NH3.08 Rock falls - Analysis, Simulation and Protection (co-listed in GM) Event Information Rockfall is a wide spread and increasing hazard in mountainous regions, due to, e.g., continuous extension of infrastructures and in Alpine mountains also defrostment in permafrost regions. Compared to other hazards as avalanches, floods and debris flows, rockfall is a local natural hazard, it affects the landscape only on small spots. However, considerable damages in the rockfall runout zones are the result. Rockfall is also a process having a high level of uncertainty regarding the frequency and magnitude of events as determined by the conditions in the release zone and regarding the trajectory of the falling rock. Therefore, consideration of probabilistic approaches is inevitable in studying rockfall. Research on rockfalls helps to improve e.g. hazard zoning and planning of protection measures. The aim of this session is to present state of the art methods for assessing rockfall to identify future research needs. We are therefore interested in innovative and meaningful contributions about process analysis, simulation methods and protection and mitigation measures. This includes the presentation of theoretical, numerical or probabilistic modeling, experimental methods in the field or laboratory and on the protection side most different approaches for structural and natural measures or hazard zoning. Preliminary List of Solicited Speakers Co-Sponsorship General Statement The information contained hereafter has been compiled and uploaded by the Session Organizers via the "Organizer Session Form". The Session Organizers have therefore the sole responsibility that this information is true and accurate at the date of publication, and the conference organizer cannot accept any legal responsibility for any errors or omissions that may be made, and he makes no warranty, expressed or implied, with regard to the material published. Back to Session Programme

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