6 th ICRM Symposium 2015 Disaster Risk Reduction and 2015/04/23 Resilience in Taipei Outline Natural Disaster and Loss in Taiwan Climate Change and Geohazard Hazard Alert & App Monitoring & Modeling Land Use Adaptation Conclusions
Natural Disaster and Loss in Taiwan Taiwan Located in High-Risk Area of Natural Disaster Typhoon 73% Land area are exposed to 3 types or more natural disasters in Taiwan Earthquake ----World Bank (2005) Flood Mass Movement
Taiwan s Natural Disasters and Catastrophes Top 10 Economic Loss from 1980 to 2010 Date Natural Hazard Chi-Chi Eqk. Loss(Million) Economic Insurance One earthquake(worst one) loss is $14,000Milion total loss of 9 typhoons is $7,220Million Climate Change and Geohazard Insurance Rate (%) Numbers of Death
Water Crisis and Environmental Impact of Climate Change Flooding Sediment Hazard Coastal Erosion & Storm Surge Drought 7 Degradation of Water Resources Increasing the Frequency and Severity of Extreme Weather Events Severe Rainstorm Period rainfall(mm) 1953 3,180 Cumulate Rainfall(mm) 3700 3400 3100 2800 2500 2200 1900 1600 19yr 1972 3,240 18yr 8yr 7yr 2yr 1990 3,144 1998 3,322 2005 3,568 2007 3,241 1300 1950 Drought period rainfall(mm) 1960 1970 1980 1990 2000 38 40 42 44 46 48 50 52 54 56 58 60 62 64 66 68 70 72 74 76 78 80 82 84 86 88 90 92 94 96 1963 1,830 1980 1,605 1993 1,645 17yr 13yr 9yr 2002 1,572
Drought Reservoir Silting Typhoon Nari (2001) - Flood Catastrophe in Taipei
Intergovernmental Panel on Climate Change (IPCC) The Fifth Assessment Report (AR5) If sea level rise 20cm in 2050 Global Flood Flood loss Loss in 2050 in 2050 6 billion Non-adaptation Loss>1Trillion Adaptation 52 billion 0.27 billion Taipei Flood Loss in 2050 Non-adaptation 6.4 billion Historical Earthquake Disaster in Taiwan (by Prof. Ma) Hualien Eqk. Chi-Chi Eqk. Adaptation 0.34 billion Hualien Eqk.
TEM(Taiwan Earthquake Model) Joint GEM(Global Earthquake Model) Hazard Alert & App
Flood Alert App Forecasting the rainfall Intensity and flood area for the next 6 hours Inundation(m) Environmental Geology APP Dip slope >0.4
Earthquake Early Warning System (EEW) + APP 1. Estimating the epicenter location and magnitude 2. Estimating Epicenter distance to your site 3. Calculate the travel time of strong-motion 4. Countdown timer Google Crisis Response for Taiwan Alert and Warning Typhoon Debris Flow Earthquake Road closure Flood
Open Hazard and Risk (Open Data) Disaster Prevention Public Welfare is the Top Priorities Open Data 10 70 20 Convenient Store and Gas Station participate hazard mitigation Display in cash register and Electric billboard
Disaster Reduction Education and Drill in Vulnerable Communities Monitoring & Modeling
Climate Change Adaptation and Disaster Prevention of Slope-land in Taipei LiDAR for Deep-seated landslide Interpretation
20 15 Q37! Sy m po si um Land Use Adaptation Insurance and BCP/BCM R M Water Disaster Management requires not only engineering, but 6t h IC National Spatial Planning Hotel Collapsed in Typhoon Sinlaku(2008) Q37! 㜿拓 ὃ
Impacts of Climate Change Landslide- triggered by Rainfall Cumulate Rainfall Cumulate Rainfall High Pro.(>25%) Medium Pro.(5-25%) Low Pro. (<5%) 400mm 450mm N Landslide Area 400mm N 250mm 400mm 350mm 250mm 600mm 400mm 200mm 400mm Areophoto 3D view
Land Use Adaptation Adaptation Strategy Enactment Spatial Planning Design Review Development Control & Innovation Design and Hazard Assessment Climate Change adaptation Environmental protection Geology Act( ) Disaster Prevention and Response Act( ) Catastrophe Ct t Scenario Hazard Map Risk Map Land use planning & Risk communication Include I concept of disaster prevention and relief, in new law review r the existing laws Designation of the high risk areas of disaster prevention strategy Develop the risk and hazard information system Resilience communities Included in the urban design Public facilities space (disaster review, consideration of nonurban prevention park, detention pond) development Open Data of disaster information citizen participation Low Impact Development Innovation Design (ex: smart Included in the urban planning of building, Trees) land use regulation, constructionrelated laws and regulations Insurance and BCM/BCP Earthquake insurance Nature Disaster Insurance for Agriculture Catastrophe Insurance for Public works Government sector and Private Sector conduct BCP(Business continuity Planning) BCM(Business continuity Management) ISO 22301, ISO31010,ISO31000)
Smart City- Intelligent Disaster Prevention Open Data Conclusions Even Taipei area suffered several kinds of disasters, such as earthquake, flood, landslide and so on. The monitoring and the early-warning system (Apps) are indeed mitigating the disasters and heightening public awareness towards disaster preparedness. Disaster Management requires not only engineering, but National Spatial Planning. Open Data (disaster information) is very important for creating new disaster prevention service(startups) of B to B, and facilitating the hazard mitigation and risk communication for public. Taiwan has excellent experiences in ICT and disaster prevention. It is an opportunity for providing total solution for creating resilience and sustainable city.
Thanks for Your Attention TEL 886-2-87919198 FAX 886-2-87911536 Email dptrc-ctr@sinotech.org.tw Address No.280, Xinhu 2nd Rd., Neihu Dist., Taipei City 11494, Taiwan(R.O.C.)