未来科技城规划与设计探析

Planning and Design of Future Science and Technology City: Research on Beijing Waterfront Forest Park of Beijing

节水型绿地规划与设计是目前通过雨水资源涵养达到场地生态恢复的主要手段。以北京未来科技城滨水森林公园为例,探析湿地与景观水系水质和谐发展的构建关系。通过滨水公园行道树渗集自灌系统、辐射井消峰回补地下水系统、雨水花园滞蓄净化系统以及路面广场高承载透水性铺装设计的4种节水型绿地及道路雨水回收利用技术的分析,探究大型高科技园区如何在规划与设计中通过节水型绿地技术达到场地水资源以自然为本的新空间布局模式。

The conservation and utilization of rainwater resources design in urban green space enables the area to achieve self-sufficient water balance. The relationship between wetland and landscape water quality is explored by taking the Beijing Future Science and Technology City Waterfront Forest Park as an example. Through 4 kinds of water-saving green space and road rainwater recycling technology analysis,including Waterfront Park trees infiltration,collection and self-irrigation system,radial well peak recovery and recharge groundwater system,rain water garden detention and storage purification system and high water-bearing pervious pavement design,this paper explores how large-scale high-tech parks can achieve nature-oriented new spatial layout patterns of water resources based on water-saving green space technology in planning and design.