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Adapting Infrastructure Practices to Climate Change

机译:适应气候变化的基础设施实践

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The climate science community informs us that extremes of climate and weather are changing from historical values and that the changes are driven substantially by emissions of greenhouse gases caused by human activities. Civil infrastructure systems traditionally have been designed, constructed, operated and maintained for appropriate probabilities of functionality, durability and safety while exposed to climate and weather extremes during their full service lives. Because of uncertainties in future greenhouse gas emissions and in the models for future climate and weather extremes, neither the climate science community nor the engineering community presently can define the statistics of future climate and weather extremes. This paper describes the knowledge available to the civil engineering community, suggests practical approaches for dealing with these uncertainties for current projects, and recommends cooperative research with the climate and social science communities to obtain improved bases for future civil engineering standards and practices.
机译:气候科学界告诉我们,极端气候和天气正在从历史价值中改变,而这种变化很大程度上是由人类活动造成的温室气体排放所驱动的。传统上,民用基础设施系统的设计,构造,操作和维护具有适当的功能,耐用性和安全性的概率,同时在其整个使用寿命期间都暴露于极端气候和天气条件下。由于未来温室气体排放量以及未来气候和天气极端情况的模型存在不确定性,因此,气候科学界和工程界目前都无法定义未来气候和天气极端情况的统计数据。本文描述了土木工程界可获得的知识,提出了解决当前项目不确定性的实用方法,并建议与气候和社会科学界进行合作研究,以为未来的土木工程标准和实践获得改进的基础。

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