Conceptualising multiple hazards and cascading effects on critical infrastructures

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS
Karina Barquet, Mathilda Englund, Katarina Inga, Karin André, Lisa Segnestam
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引用次数: 0

Abstract

Despite increased research on ‘multiple hazards’ and ‘cascading effects’, ambiguity remains concerning terminology. This paper reviews the literature to explore how these two concepts are defined in relation to critical infrastructures and their vital societal functions. Next, it investigates how the concepts are operationalised in Swedish disaster risk management. Findings indicate that regardless of a wealth of methodologies assessing multiple hazards and their cascading effects, these are rarely used by local planners, suggesting a gap between scientific approaches and practical implementation. Research mainly captures multiple hazards and cascading effects through technical parameters related to the severity of a hazard or the direct physical impacts on infrastructure. Less focus has been placed on the wider or knock-on effects across sectors and how these translate into societal risk. Future research should move beyond traditional understandings of social vulnerabilities as only pre-existing, to analyse how cascading effects on infrastructure and services can put new social groups at risk.

Abstract Image

多重危害概念化及对重要基础设施的连带影响
尽管对 "多重危害 "和 "连带效应 "的研究越来越多,但在术语方面仍然存在模糊性。本文回顾了相关文献,探讨了如何结合关键基础设施及其重要的社会功能来定义这两个概念。其次,本文还研究了这两个概念在瑞典灾害风险管理中的具体操作方式。研究结果表明,尽管有大量评估多重危害及其级联效应的方法,但地方规划者很少使用这些方法,这表明科学方法与实际执行之间存在差距。研究主要通过与灾害严重程度相关的技术参数或对基础设施的直接物理影响来捕捉多重灾害及其级联效应。较少关注跨部门的更广泛或连锁效应,以及这些效应如何转化为社会风险。未来的研究应超越对社会脆弱性的传统理解,即社会脆弱性只是预先存在的,而应分析对基础设施和服务的连带效应如何使新的社会群体面临风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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