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Flood resilience: consolidating knowledge between and within critical infrastructure sectors

机译:防洪能力:巩固关键基础设施部门之间和内部的知识

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Flood resilience has been rising up the political, economic and social agendas. Taking an integrated systems approach, using the right design guidance and tools and ensuring that education is in place for all stakeholders are three themes which are intrinsically linked to delivering flood resilience. This paper reviews these themes across the academic research, policy landscape and practitioner approaches, drawing conclusions on the way forward to increase our societies resilience to floods. The term ‘flood resilience’ is being increasingly used, however, it remains to be clearly defined and implemented. The UK, USA and Australia are leading the way in considering what flood resilience really means, but our review has found few examples of action underpinned by an understanding of systems and complexity. This review investigates how performance objectives & indicators are currently interpreted in guidance documents. It provides an in-depth exploration of the methods, that although developed through European and US expertise, can be used for worldwide application. Our analysis highlights that resilience is often embedded in engineering education and frequently linked to risk. This may however, mask the importance of resilience and where it differs from risk. With £2.6 billion to be spent in the UK over the next 6 years on strengthening the country’s flood and coastal defences, this is the opportunity to rethink resilience from a systems approach, and embed that learning into education and professional development of engineers. Our conclusions indicate how consolidating flood resilience knowledge between and within critical infrastructure sectors is the way forward to deliver flood resilience engineering.
机译:防洪能力一直在政治,经济和社会议程中上升。采取综合系统方法,使用正确的设计指南和工具并确保对所有利益相关者进行教育是三个主题,这些主题与提供抗洪能力具有内在联系。本文回顾了学术研究,政策前景和实践者方法中的这些主题,并就增强社会抗洪能力的前进道路得出了结论。 “防洪能力”一词正在越来越多地使用,但是,仍有待明确定义和实施。英国,美国和澳大利亚在考虑洪水抗灾力的真正含义方面处于领先地位,但是我们的审查发现,很少有通过了解系统和复杂性而采取行动的实例。这篇评论调查了绩效目标和指标目前在指导文件中的解释方式。它提供了对这些方法的深入探索,尽管这些方法是通过欧洲和美国的专门技术开发的,但可以在全球范围内使用。我们的分析强调,韧性通常嵌入工程教育中,并且经常与风险相关。但是,这可能掩盖了弹性的重要性以及它与风险不同的地方。未来6年内,英国将斥资26亿英镑来加强该国的水灾和沿海防御,这是一个机会,可以重新思考系统方法中的应变能力,并将学习内容纳入工程师的教育和专业发展中。我们的结论表明,如何巩固关键基础设施部门之间和内部的抗洪知识是开展抗洪工程的前进之路。

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