建筑与文化Issue(5)：152-154,3.DOI:10.19875/j.cnki.jzywh.2025.05.047
城市边缘区非正式绿地衔接控规的利用模式研究——以杭州萧山区蜀山街道为例
Study on the Utilization Mode of Informal Green Space in Connection with Regulatory Planning in Urban Fringe Area:Taking Shushan Street in Xiaoshan District,Hangzhou,as an Example
摘要
Abstract
There is a lack of small public green space in the urban fringe to meet the daily recreational needs of communities.The overflow of urban functions also leads to ecological degradation in marginal areas.Utilizing informal green space(IGS),which has both recreational and ecological value,is a possible way to comprehensively address the above problems.However,IGS is transitional,so how to use it effectively is an urgent problem.Taking Shushan Street in Xiaoshan District,Hangzhou,as an example,IGS plots were identified based on remote sensing images and field investigation,and the recreation and ecological potential index of each plot was evaluated,according to which the possible utilization direction was identified,and the feasibility analysis was carried out by superposing the regulatory planning.It is found that the distribution characteristics of IGS are related to the time sequence of the construction of the edge area,and the recreation potential gradually decreases with the"old-new-village"area in the urban edge area.Ecological potential is the opposite.Finally,based on the feasibility analysis of IGS utilization direction and regulatory planning,six utilization modes,namely open utilization,enclosure enhancement,short transition,strip connection,index control and area integration,were proposed.关键词
城市边缘区/非正式绿地/控制性规划/IGS潜力评价/衔接利用模式Key words
urban fringe/informal green space/regulatory planning/Informal Green Space(IGS)Potential Evaluation/mode of connection and utilization引用本文复制引用
金佳波,张云,杨锦晔..城市边缘区非正式绿地衔接控规的利用模式研究——以杭州萧山区蜀山街道为例[J].建筑与文化,2025,(5):152-154,3.基金项目
浙江省基础公益研究计划项目:浙江省丘陵地区传统村落的空间生长及低碳更新支撑体系(项目编号:LGN22E080001) （项目编号:LGN22E080001）
浙江大学科研项目:基于绿地服务能力的建成区周边绿色空间利用与优化研究(项目编号:XY2023010) （项目编号:XY2023010）
浙江省教育厅科研项目:存量更新背景下"绿道织补-空间触媒"的双向激活研究(项目编号:Y202457032) （项目编号:Y202457032）
