绿色基础设施
北京
大洪水
城市化
环境规划
中国
大都市区
环境资源管理
防洪减灾
可持续发展
业务
弹性(材料科学)
特大城市
洪水(心理学)
地理
环境科学
经济增长
心理学
物理
经济
考古
政治学
法学
经济
心理治疗师
热力学
作者
Zehao Wang,Zhihui Li,Yifei Wang,Xinqi Zheng,Xiangzheng Deng
标识
DOI:10.1016/j.ufug.2024.128218
摘要
Due to climate change and accelerated urbanization, urban flooding has an increasing impact on the sustainable development of metropolitan areas. Since the 1990s, green infrastructure has developed as an alternative and sustainable approach to the mitigation of flood disaster in urban areas. To improve the resilience of urban ecological flood control and build a green infrastructure network, we provide quantitative measures of flood risk assessment to generate a grid-scale (1 ×1 km) flood risk assessment results and analyze its spatiotemporal heterogeneity. Then, we propose a GIS-based multi-criteria assessment method to determine the priority areas of green infrastructure according to four criteria, generating a distribution map of green infrastructure priorities in Beijing at the township scale. From the perspective of urban flood risk mitigation, the research proposes a new method to determine the priority areas of green infrastructure, thus establishing suggestions for future green infrastructure construction in Beijing.
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