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Resilient flood-risk management at the municipal level through the lens of the Functional Resonance Analysis Model

机译:通过功能共振分析模型的镜头在市政层面的弹性洪水风险管理

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摘要

This exploratory study takes a closer look at the flood Risk Management (RM) system at a municipality level. The current practices of RM in municipalities follow to a large extent, a standard structure of RM processes. Their application comes short of addressing the wide range of local specificities and other complexity related socio-technical factors that can have widespread impacts, much beyond the municipal scope. This study uses concepts and ideas from the resilience engineering literature to enhance the practices of the RM system. We apply the Functional Resonance Analysis Method (FRAM) to investigate the extent to which key RM activities are in line with generating anticipating, monitoring, responding and learning capabilities in the flood RM system. We examine the performance of RM functions, how they are coupled, and whether they can be sustained in the wake of a flood event. A triangulation of various qualitative research approaches is adopted, namely using semi-structured interviews, document analysis and workshop. Our findings reveal how the application of FRAM provides a deeper understanding of the underlying factors that shape the resilience of the RM process.
机译:此探索性研究仔细研究了在市政层面的洪水风险管理(RM)系统。当前的RM实践在很大程度上遵循RM过程的标准结构。他们的申请缺乏满足广泛的当地特异性和其他复杂性相关的社会技术因素,这可能具有广泛的影响,超出市政范围。本研究采用了恢复力工程文学中的概念和思想来增强RM系统的实践。我们应用功能谐振分析方法(FRAM)来调查关键RM活动符合在洪水RM系统中的预期,监测,响应和学习能力的范围内。我们检查RM功能的性能,它们如何耦合,以及它们是否可以在洪水事件之后持续。采用了各种定性研究方法的三角测量,即使用半结构化访谈,文件分析和研讨会。我们的调查结果揭示了FRAM的应用如何更深入地了解塑造RM过程的弹性的潜在因素。

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