Making Cities Suatainable through Rehabilitating Polluted Urban Rivers: Lessons from China and Other Developing Countries
The research report focuses on the sustainable rehabilitation of polluted urban rivers, with a particular emphasis on lessons learned from China's experiences and their applicability to other developing countries.
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| Quick Facts | |
|---|---|
| Report location: | source |
| Language: | English |
| Publisher: | UN Habitat Assembly |
| Authors: | Chen Zhang, Christine Sinclair, Dahe Jiang, Daniel Odom, Dingbao Wang, Dongsheng Liu, Fengting Li, George Krhoda, Gladys Huchu, Hailong Yin, Hezekiah Pireh Otieno, Houqiang Zhang, Huaizheng Li, Huanxing Han., Isabel Shirin Enyonam Wetzel, Jie Shen, Jin Xu, Jingyi Wang, Jingyi Zhang, Jinping Zhang, Joel Balagizi Asipingwe, Josphine Karimi Maina, Jun Wu, Lijun Xiong, Lingling Wang, Mei Wang, Michael Lusaba, Ming Hua, Peng Li, Qian Jia, Qianqian Ma, Ran Cai, Rebecca Katumba, Shijing Wang, Thomas Chiramba, Thomas Chiramba (Coordinator), Walter Rast, Wei Jin, Weiqin Ma, Weiyun Hua, Xuejun Tan, Yajun Hong, Yang Qu, Zhenhua Wu, Zhichao Zhao, Zhuqing Wu, Zongqun Chen, Zuxin Xu |
| Time horizon: | 2030 |
| Geographic focus: | China, Global |
Methods
The research method involved a combination of literature review, case studies analysis, and examination of technical, managerial, and financial solutions implemented in China and other developing countries for urban river rehabilitation.
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Key Insights
The report provides a comprehensive analysis of urban river pollution challenges, methods for sustainable rehabilitation, and case studies from China and other developing countries. It emphasizes the importance of systematic planning, investment in pollution control facilities, and effective governance for successful river restoration.
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Additional Viewpoints
Categories: 2030 time horizon | 2030s time horizon | English publication language | case studies | china geographic scope | financial solutions. | global geographic scope | governance | managerial solutions | pollution control facilities | sustainable rehabilitation | systematic planning | technical solutions | urban river pollution | wastewater management