TY -的盟Boschi, Nadia PY - 2023 M3 - TI -城市气候预测:简短的研究报告从风险弹性。米兰创新地区的建筑物和基础设施的关键设计方面乔——前沿气候UR - //www.thespel.com/articles/10.3389/fclim.2雷竞技rebat023.1130365六世- 5 SN - 2624 - 9553 N2 -气候过渡和物理与建筑行业相关的风险。本文侧重于物理风险减轻和嵌入在米兰建筑和基础设施的设计创新区(思想)。思想是一个意大利发展试点过渡到弹性绿色城市规划。本文采用的方法在城市和建筑设计的早期阶段,评估当地的气候变化风险和减轻影响。根据政府间气候变化专门委员会(IPCC)和气候变化场景是基于预测温度变化下代表浓度通路(rcp)。的场景被认为是4.5和8.5。来自世界银行的气候预测变化知识门户和预计购Weatherfiles米兰Linate。这些都是使用和生成Weathershift™工具。分析集中在温度提高包括平面图上的阳光下分析、空间热舒适性分析和气候变化的可视化。 Results show that the risk of overheating increases. These were discussed in climate change adaptation and resilience planning workshops with a broad range of stakeholders to identify key strategies and functional distribution de-risking strategies. Climate change poses a significant risk to society and resiliency and decarbonization priorities may differ by region. Although, This paper proposes a replicable high-level assessment that can help developers and business leaders in mapping and mitigate the climate capital-related downside risks that have a material impact on their business overall risk profile and capital adequacy. ER -