Cascading Effects of Natural Hazards: Lessons from Recent Natech Accidents and Practices
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Recent trends of disaster present that disasters are more uncertain and complex with unpredictable cascading effects owing to global environmental and climate change. As one of the significant phenomena, natural hazards triggering technological accidents, so-called Natech, which cause acute and prolonged terrifying consequences, have also been increased. Considering low probability but high consequences, Natech accidents often exceed the capacity of disaster preparedness and response of local government and professional responders. As a result, the need to better manage Natech risks has become a challenge in disaster risk management among all stakeholders, including government, disaster and safety experts, industry, and citizens. Although there have been numerous efforts undertaken by international organizations and individual countries to reduce Natech risks, there are still not sufficient reflections to reduce the risks of natural hazard triggering technological disasters in South Korea. Thus, this study highlights lessons from Natech risk reduction practices undertaken by individual countries and recent minor Natech cases to fullfill gaps in effective risk management considering for cascading effects.
Abstract
Recent trends of disaster present that disasters are more uncertain and complex with unpredictable cascading effects owing to global environmental and climate change. As one of the significant phenomena, natural hazards triggering technological accidents, so-called Natech, which cause acute and prolonged terrifying consequences, have also been increased. Considering low probability but high consequences, Natech accidents often exceed the capacity of disaster preparedness and response of local government and professional responders. As a result, the need to better manage Natech risks has become a challenge in disaster risk management among all stakeholders, including government, disaster and safety experts, industry, and citizens. Although there have been numerous efforts undertaken by international organizations and individual countries to reduce Natech risks, there are still not sufficient reflections to reduce the risks of natural hazard triggering technological disasters in South Korea. Thus, this study highlights lessons from Natech risk reduction practices undertaken by individual countries and recent minor Natech cases to fullfill gaps in effective risk management considering for cascading effects.
참고문헌 (29)
- Cabinet Office, "Overview: Damage of Heavy Rain on July in 2018", ~ (2018)
- Cabinet Office, "Damages Caused by Heavy Rain Related to the Baiu Front in August 2019", ~ (2019)
- Cruz, A. M., "Natech Disasters: A Review of Practices, Lessons Learned and Future Research", Fifth Annual IIASA-DPRI Meeting: Integrated Disaster Risk Management:Innovations in Science and Policy, pp.14~18 (2005), IAEC
- State of the Art in Natech (Natural Hazard Triggering a Technological Disaster) Risk Management, "Cruz, A. M.", Joint Research Centre, European Commission and United Nations International Strategy for Disaster Reduction, ~, pp.Report EUR21292EN (2004)
- EU(European Union), "Council Directive 82", 501, pp.1982, ~
- EU(European Union), "Council Directive 96", 82, pp.1996, ~
- EU(European Union), "Directive 2012", 18, 82, pp.EC[DOI]
- Japan Meteorological Agency Kumamoto, "Meteorological Data during a Disaster-Heavy Rainfall throughout Kumamoto and Kagoshima Prefectures from July 3 to July 4 in 2020", ~ (2020)
- "Primary Factors behind the Heavy Rain Event of July 2018 and the Subsequent Heatwave in Japan from Mid-July Onward" (2018)[URL]
- Japan Meteorological Agency, "Heavy Rainfall in July, 2020:From July 3 to July 31", ~ (2020)
- "Fighting with Oil, One Step toward Reconstruction, Heavy Rain in Northern Kyushu, Orchestration of Volunteers" (2019)[URL]
- Kadri, F., "The Impact of Natural Disasters on Critical Infrastructures: A Domino Effect-based Study", Journal of Homeland Security and Emergency Management, 11(2), pp.217~241 (2014)
- Wildfires Triggering Natech Events, "Kern, H", Joint Research Centre, ~, pp.JRC Science for Policy Report, EUR30293EN (2020)
- Report of Comprehensive Investigation and Research on the 2020 July Heavy Rainfall in Kyushu, "Kumamoto University", ~ (2001)
- Masys, A. J., "High Impact", Low Frequency Extreme Events: Enabling Reflection and Resilience in a Hyper-Connected World, 2014, pp.18, 772~779
- MLIT (Ministry of Land, Infrastructure, Transport and Tourism), "New Contingency Plan", Takeo Office, ~ (2011)
- OECD (Organisation for Economic Co-operation and Development), "Natech Risk Management: 2017-2020 Project Results", ~ (2020)
- Park, Hye Jeong, "Insights on Chemical and Natech Risk Management in Japan and South Korea : A Review of Current Practices", International Journal of Disaster Risk Science, 13(2), pp.359~371 (2022)
- Park, Hye Jeong, "Development of a Community-Based Natech Risk Management Framework through the Lenses of Local Community, First Responders and Government", Ph.D., pp.2020
- "Oil Spill at the Ironworks, 110000 Liters Spilled - Volume Outside the Factory is Unknown" (2019)[URL]
- "<Saga Heavy Rainfall> The Oil Spill Was 54,000 Liters: Saga Ironworks Inspection Result" (2019)[URL]
- Sengul, H., "Analysis of Hazardous Material Releases Due to Natural Hazards in the United States", Disasters, 36(4), pp.723~743 (2012)
- Shimoyama, S., "Environmental Changes during the Last 10, 000 Years in North Kyushu West Japan with Special Reference to Shoreline Movements", Bulletin of the National Museum of Japanese History, 81, pp.249~266 (1999)
- Showalter, P. S., "Natural Disasters in the United States as Release Agents of Oil, Chemicals, or Radiological Materials between 1980-1989 : Analysis and Recommendations", Risk Analysis, 14(2), pp.169~182 (1994)
- Steinberg, L. J., "Natech Risk and Management : An Assessment of the State of the Art", Natural Hazards, 46, pp.143~152 (2008)
- Suarez-Paba, M. C., "Systematic Literature Review and Qualitative Meta-Analysis of Natech Research in the Past Four Decades", Safety Science, 116, pp.58~77 (2019)
- UNDRR (United Nations Office for Disaster Risk Reduction), "Sendai Framework for Disaster Risk Reduction: 2015-2030", ~ (2015)
- UNDRR(United Nations Office for Disaster Risk Reduction), "Asia-Pacific Regional Framework for NATECH (Natural Hazards Triggering Technological Disasters) Risk Management", ~ (2020)
- US Environmental Protection Agency, "General Risk Management Plan (RMP) Guidance-Chapter 1L General Applicability", ~ (2004)