论文部分内容阅读
本文基于海绵城市建设的理念,以扬州工业职业技术学院校园绿地优化设计为案例,在校园排水、蓄水系统调研的基础上,根据径流通道控制、洼地调蓄和滞留,草地过滤、下渗以及湿地生物处理等的基本原理,从渗、滞、蓄、净、用、排各个环节综合考虑,统筹研究,通过LID技术收集雨水补给湖体、道路排水系统改造、透水铺装、下沉式绿化带、生态草沟、旱溪和生态水塘等技术手法有效控制校园内的地表径流,维护了水生态,解决了雨天洪涝的现象。希望本文能够对类似的校园绿地优化设计提供一些参考。
Based on the concept of sponge city construction and taking the campus green space optimization design of Yangzhou Polytechnic as examples, based on the investigation of drainage and water storage system in campus, this paper, based on the control of runoff passage, storage and retention of depression, grassland filtration, infiltration and Wetland biological treatment and other basic principles, from the infiltration, hysteresis, storage, net, with all aspects of the row comprehensive consideration, co-ordination of research, through the LID technology to collect rainwater supply lake body, road drainage system transformation, water-permeable pavement, sunken green Belts, ecological grass ditches, dry streams and ecological reservoirs and other technical measures to effectively control the surface runoff within the campus to maintain the aquatic ecology, to solve the phenomenon of rain and flood. I hope this article can provide some reference to the similar optimization design of campus green space.