Abstract：To cope with the typical water-sensitive problems and complex challenges of existing buildings in waterfront spaces, this study puts forward four strategies for water-sensitive design of existing buildings: multilevel water-sensitive circle-layer design; water-sensitive interface regulation; water-sensitive quasi-nature plant community design; and three-dimensional model of habitat structure. Based on the proposed technical framework, the study takes the Hanfeng Lake Education Center in Kaizhou District, Chongqing as an example to complete the water-sensitive building renovation and evaluate its ecological benefits. The current research has shown that the water-sensitive landscape intervention can sustainably provide ecosystem services such as storm water management, landscape amenities, biodiversity conservation, source-sink manipulation, etc., which eventually becomes a life landmark of the area studied. This research can provide a scientific basis and reference application paradigm for the water-sensitive design and ecological development of high-density urban waterfront area.
袁嘉，向羚丰，李祖慧，欧桦杰，熊森. 基于水敏性设计的城市滨水空间既有建筑改造 ——以重庆汉丰湖宣教中心为例[J]. 新建筑, 2022, 40(1): 43-48.
YUAN Jia,XIANG Lingfeng,LI Zuhui,OU Huajie,XIONG Sen. Reconstruction Design of Existing Buildings in Waterfront Space Based on Watersensitive Design: The Case of Chongqing Hanfeng Lake Education Center. New Architecture, 2022, 40(1): 43-48.
版权所有 © 2017 新建筑杂志社