Mapping the city's trajectories to cool the city and better resist heat waves

A. Ruas, Jean-François Girres, Abdou Guene, Valentin Clemence
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Abstract

Abstract. During the months of July and August 2021 and 2022, numerous climatic disturbances such as heat domes in Canada, floods and landslides in Belgium, Germany, Turkey, China as well as giant fires in Russia and Greece have marked the news and people’s minds. Climate inertia and the complexity of changing the world’s energy model make it necessary to adapt territories to limit the impacts of the changes that are underway. However, if the speeches on the urgency to act to cool the cities have become omnipresent, the implementations of solutions seem limited, and some territories even seem to be going in the opposite direction by massively artificializing the edges of urban areas. The objective of the FreshWay research project is to identify and analyse planning and implementation on the ground to combat summer heat waves and to represent the adaptation trajectories of cities. The first information that is questioned is the evolution of urban vegetation insofar as plants provide shade and allow cooling through the process of evapotranspiration. The paper presents the required information and the data model, cases study, the process to integrate data, the choice of indicators and the construction of trajectories from different perspectives for the municipality of Castelnau-le-lez, Sarcelles and Pontault-Combault, and at different level of details.
绘制城市轨迹图,为城市降温,更好地抵御热浪
摘要在2021年和2022年的7月和8月,加拿大的高温圆顶,比利时、德国、土耳其、中国的洪水和山体滑坡,以及俄罗斯和希腊的大火等众多气候扰动成为新闻和人们的关注焦点。气候惯性和改变世界能源模式的复杂性使得有必要调整领土,以限制正在发生的变化的影响。然而,如果迫切需要采取行动为城市降温的言论已经无处不在,解决方案的实施似乎有限,一些地区甚至似乎通过大规模人工制造城市地区的边缘而走向相反的方向。FreshWay研究项目的目标是确定和分析地面规划和实施情况,以应对夏季热浪,并代表城市的适应轨迹。第一个受到质疑的信息是城市植被的进化,因为植物通过蒸发蒸腾过程提供遮阳和降温。本文从不同的细节层面介绍了卡斯特诺勒勒兹市、萨尔塞勒市和蓬托康博市所需的信息和数据模型、案例研究、整合数据的过程、指标的选择和轨迹的构建。
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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