作者: Su-Chin Chen , Chun-Yi Wu , Ting-Yeh Wu
DOI: 10.1007/S00254-008-1251-Y
关键词: Vulnerability 、 Civil engineering 、 Environmental resource management 、 Hazard 、 Geology 、 Analytic hierarchy process 、 Hazard analysis 、 Risk analysis 、 Environmental impact assessment 、 Debris flow 、 Psychological resilience
摘要: This study establishes a novel method for assessing the community resilient capacity of debris flow disasters with appropriate parameters, such as responding, monitoring and communication capabilities. adopts eight communities in Taiwan, namely Nangang, Tongfu, Jhongyang, Laiyuan, Chingfu, Sinsheng, Shangan Jyunkeng, examples. First, Analytic Hierarchy Process was applied to establish framework resiliency capacity, including community’s resources disaster resilience resident The are identified by surveying leaders via checklists. Resident capabilities determined using questionnaires. refers sum results from these two investigations. investigations have similar weights, indicating that they equally significant when evaluating capacity. Second, FLO-2D software is utilized hazard analysis simulation deposited areas flows, then were categorized according degrees. Finally, vulnerability classified based on land use type. In summary, values integrated determine risk each community. A map generated.