Titlebook: Disaster Risk Reduction and Resilience; Muneta Yokomatsu,Stefan Hochrainer-Stigler Book 2020 Springer Nature Singapore Pte Ltd. 2020 Resil

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Introduction,ontext of the Sendai Framework for Disaster Risk Reduction. In addition, based on a survey on trends of losses on a global scale, the four priorities for action of the Sendai Framework are being reviewed. Furthermore, this chapter provides an overview of each chapter of the book.

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Resilience to Volcano- and Landslide-Related Hazards,y the ejection of a large number of magma products, resilience to volcanic hazards is basically ensured by evacuation planning. Resilience with respect to volcanic ashfall can be increased by a quick response to its impacts. The traffic network is most severely affected by volcanic ashfall and dispe

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Toward Natech Resilient Industries,alized and urbanized areas to natural hazards. The increasing trend of such accidents along with their potentially devastating consequences has led to growing awareness and international efforts aimed at reducing Natech risk. However, despite the growing interest and increasing awareness, there is s

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Resilience and Electricity,resilience of electric power networks. The present study, focusing on the seismic resilience of the electricity transmission grid, is looking to develop a basic framework for calculating power grid performance and resilience. This research, based on the network performance analysis and graph theory,

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,Disaster Risk and a Household’s Dynamic Asset-Formation Behavior: Jump Control Model of Household,ophic, then the disaster insurance market cannot spread the risk completely, and the insurance premium will include additional loadings, namely, risk premiums. The study reports that, under such a market condition, the representative household does not purchase an insurance that fully covers its pot

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Exploring Drought Resilience Through a Drought Risk Management Lens in Austria, at a time. In response to the Sendai Framework on Disaster Risk Reduction, this chapter emphasizes a multidimensional drought risk management perspective with a strong bottom-up component to inform top-down adaptation decision-making to enhance drought resilience. Illustrated using the case of Aust