EGU General Assembly 2007
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Natural Hazards
Meteorological Hazards
Hydrological Hazards
Landslide Hazards
Volcanic Hazards
Sea and Ocean Hazards
Snow Avalanches and Glacial hazards
Other Hazards (e.g. karst topography, heavy-metal contamination, asteroid impacts, ...)
Multidisciplinary Approaches for Risk Assessment, Mapping, Disaster Management and Mitigation Strategies
Historical Information, Databases and Dating Techniques for Natural Hazards and Risk Assessment
New Technologies for Natural Hazards and Risk Assessment
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Atmospheric Sciences
Climate: Past, Present, Future
Cryospheric Sciences
Energy, Resources and the Environment
Geochemistry, Mineralogy, Petrology & Volcanology
Geosciences Instrumentation and Data Systems
Hydrological Sciences
Isotopes in Geosciences: Instrumentation and Applications
Magnetism, Palaeomagnetism, Rock Physics & Geomaterials
Natural Hazards
Nonlinear Processes in Geosciences
Ocean Sciences
Planetary and Solar System Sciences
Soil System Sciences
Solar-Terrestrial Sciences
Stratigraphy, Sedimentology and Palaeontology
Tectonics and Structural Geology
Medal Lectures
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  Information - NH3.01 Documentation and monitoring of landslides and debris flows for mathematical modelling and design of mitigation measures (co-listed in GM)

Event Information
The ideal sequence that should be pursued in the approach to the difficult problem of the investigation, management and hazard mitigation of mass movements in general is the following:
1 - first a systematic collection of field data should be carried out in order to provide a large base of reliable data that could allow a better knowledge of the existing risky situation, a deeper understanding of the mechanics of the phenomena, of their global behaviour and their effects
2 - Secondly, mathematical and physical models, which strongly depend on data and measurements collected and performed in the field for their calibration and design, should be applied, newly developed when needed and tested.
3 - Hazard mapping techniques and identification of possible scenarios, which need reliable models to be effective and sound, should be then set up.
4 - Finally, the best mitigation solutions should be identified, designed and built.
5 - A program of systematic observations on the sites where risk has been mitigated should be planned and carried out to identify any shortcoming and test the efficiency of the interventions.
Each of the above study and investigation fields needs improvements and depends, to achieve them, on improvements in the other fields. As an example, existing monitoring devices need in general to be improved to be able to perform measurements in all the different field conditions in which mass movements may occur along the road/railway system. Improving measurement and documentation procedures should provide knowledge and ideas for new and better models. The application of existing models based on the data collectd in the field and the development of sound, reliable new models would allow on one hand to better focus what to observe in the field and, on the other hand, would improve mitigating interventions methodologies and measures and hazard mapping procedures. The application of these latter in the field would then reveal new parameters that would need to be measured and which improvements should be introduced in the models. From these activities the best mitigating solutions should emerge and will thus be applied.
Scientists working in the fields of monitoring, modeling, mapping and design of mitigation measures against mass movements should therefore keep in strict touch and have frequent common meetings to share their experiences.
The symposium will offer to these scientists a chance to present their recent advancements, discuss each other needs and set forth future research requirements.

Preliminary List of Solicited Speakers

International Association Engineering Geology

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.

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