Climate change and rivers: The promise offered by infrastructure

Julie Gobert
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Abstract

As a material artefact, infrastructure also exists by virtue of the interactions of humans, and both human and non-human (technical/infrastructural artefacts) entities. Lying at the intersection between human and non-human entities, infrastructure serves to illustrate how stakeholders understand their environment and try to manage/dominate it. Rivers, and in particular large rivers, are used for a number of anthropogenic purposes (drinking water supply, energy generation, river transport, etc.); they are often heavily exploited. As such, they no longer are simply natural artefacts, but rather super-infrastructure, supporting numerous engineering works and activities. Two case studies are presented in this article: new projects of piping and storing water on Seine; solutions proposed to fight against low flows on Rhine. They illustrate two possible aspects of the impact of climate change and the way in which human communities plan to adapt in coping with both low flows and flooding. In each case, the desire to preserve as much as possible of the existing situation, the so-called “business as usual”, and not call into question the functioning of socio-technical systems has prevailed. This article shows that whatever the configuration of the hazard (low flows or flooding, which is more widely addressed in the scientific literature), the preferred solution is primarily based on hard infrastructure, which gives the impression to public authorities and businesses (impacted by hazards or taking advantage of the river) of being able to mitigate the problem encountered by countering the force of nature.

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气候变化与河流:基础设施带来的希望
作为一种物质人工制品,基础设施也因人类以及人类和非人类(技术/基础设施人工制品)实体的相互作用而存在。基础设施位于人类和非人类实体的交叉点,有助于说明利益相关者如何理解他们的环境并试图管理/支配环境。河流,尤其是大型河流,被用于多种人类目的(饮用水供应、能源发电、河流运输等);他们经常受到严重剥削。因此,它们不再是简单的自然艺术品,而是超级基础设施,支持许多工程和活动。本文介绍了两个案例研究:塞纳河管道和蓄水的新项目;针对莱茵河低流量提出的解决方案。它们说明了气候变化影响的两个可能方面,以及人类社区计划如何适应低流量和洪水。在每一种情况下,都普遍希望尽可能多地保持现有情况,即所谓的“一切照旧”,而不质疑社会技术系统的运作。这篇文章表明,无论灾害的配置如何(低流量或洪水,这在科学文献中得到了更广泛的解决),首选的解决方案主要基于硬基础设施,这给公共当局和企业(受到危险影响或利用河流)留下了能够通过对抗自然力量来缓解问题的印象。
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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1.60
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