• Journal of Korean Society of Disaster and Security
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• v.13 no.4
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• pp.37-46
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• 2020

Although the importance of resilience is emerging around the world, the single definition of resilience related to natural disasters is not clear. The reason for this is that there is no specific definition of how the definition of resilience relates to similar terms such as vulnerability, recovery, adaptability, and sustainability. In addition, it is because each country and region have different geographic and geological characteristics, and each measurement index is different, just as typhoons, droughts, and earthquakes have different types of disasters. Therefore, in this study, the definition of resilience is reflected in the spatial characteristics of this study as the ability to recover from'complex disasters (concentrated heavy rain, landslides, earth and stone flows) occurring on local roads or on local roads adjacent to people or facilities. Defined. And it was divided into DRR: Disaster Resilience focusing on the Road. In addition, domestic and foreign literature surveys were conducted to derive road-centered disaster resilience factors, and a hierarchical structure was established and AHP survey was conducted to establish a DRR evaluation system. As a result of the analysis of the AHP survey, the weight of direct road disaster influencing factors (drainage facilities, protection facilities, etc.) located inside local roads was 0.742, and the weight of indirect road disaster influencing factors (population, property, etc.) located near local roads. Was found to be 0.258, indicating that the direct impact factor of road disaster was relatively higher than that of the indirect impact factor.

• Journal of Korean Society of Disaster and Security
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• v.8 no.2
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• pp.11-20
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• 2015

Integrated disaster management system in Korea is recently concerned due to incompletion and inadequacy in establishment of the system. In this regards, this study aims to examine improvement of the domestic integrated disaster management system considering sustainability and resilience concept, which are recently considered in disaster and safety management. To do this, the authors examined the integrated disaster management system with representative principles to enhance sustainability and resilience in community based on diversity and redundancy, connectivity, slow variable, systematic approach, learning and feedback, and active participation. It is believed that the improvements and recommendations proposed by sustainability and resilience principles in this study can contribute to establishment of strategies, policies, and R&D for enhancing domestic integrated disaster management and sustainability and resilience in community.