WB3: Risk Management
WB3: Risk Management
WB3: Risk Management
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1. Main Contribution to <strong>WB3</strong> - SchemeDisplacement [cm]2018161412108642Prism 4Prism 7Prism 14Prism 16Prism 20aPrism 22Prism 31Prism 27aPrism 28GPS B06/7/08 8/7/08 10/7/08 12/7/08 14/7/08 16/7/08 18/7/08 20/7/08 22/7/08 24/7/08 26/7/08Mountain <strong>Risk</strong>sResearch Training NetworkMonitoring IBIS-L Ground- SystemsBased InSARNear Real-TimeMonitoringDevelopBaseStructureof aDecisionSupportSystemforLandslidemonitoriLEGENDngINPUT DATAANALYSISData AnalysisReview,analyze,summarizecharacteristics of themonitoringsystems.Appraise thespecificcharacteristicsof monitoringsystemsFINALRESULTSPROCESSWHENIdentify Relationships:velocity & slope angle(during the reactive andactive phase)velocity & rainfall intensity /cumulated rainfall (during thereactive and active phase)velocity & pore waterpressure (during the reactiveand active phase)EventScenariosOf differentfailuresituationsElements at<strong>Risk</strong>:Gas pipelineand bridgeconstructionDefineTrigger andWHATDEFINE FailureTresholdsEstimation of time failure with theinverse velocity methodRunout(Saito, 1965; Fukuzono, 1985;Voight, 1988) MechanismFrom Fukuzono, 1990)MOUNTAIN RISKS: Mid-term Meeting, Diablerets, 26-27 June 2009