This case study introduces how we used a water sensitive approach to plan a storm water and sponge city project, which expanded into a holistic green infrastructure project. The project is in the Shangjie district in city of Zhengzhou, Henan China. The whole site is 61.16 km² including several waterways. The city is expanding into areas that were previously agricultural. Developers and city both desire to improve the ecological value of the city to boost the economic growth of the Shangjie district.
The main goal for the client is to transform the existing industrial city into a more resilient and livable ecological region. Our approach is to holistically solve the region's increasing demand for flood control and storm water management, and to improve ecological and recreational values along these riparian corridors. We propose additional waterways and water bodies to act as green infrastructure, then link the greenways to existing or proposed parks to form a comprehensive greenway network.
Our multidisciplinary team conducted detailed investigations and collaborated extensively. The team consists of hydraulic engineers, civil engineers, environmental planners, landscape planners, urban planners, economic planners, and others. We used a variety of technologies, including GIS, Infoworks, remote sensing technology, MIKE model, and lab tests.
Zhang, Li; Liu, Xiaohua; Xiang, Yuewu; Kuang, Yanliang; Li, Junjie; Shan, Zhenying; Li, Suyun; Lu, Qianying; Guo, Yan; Zhou, Jian; Long, Xi; Zhongzhu, Shiyu; Chen, Yihong; Li, Zhaohuan; Cao, Fengli; He, Jinxiu; and Wang, Yiyu
"Waterways to Greenways: A Case Study in Shangjie, Zhengzhou, Henan, China,"
Proceedings of the Fábos Conference on Landscape and Greenway Planning: Vol. 6
, Article 12.
Available at: https://scholarworks.umass.edu/fabos/vol6/iss1/12
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