Flexible design of urban drainage systems: demand led research for Hamburg-Wilhelmsburg
Flexible design of urban drainage systems: demand led research for Hamburg-Wilhelmsburg
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城市排水系统的灵活设计：汉堡-威廉斯堡的需求主导研究
DOI：
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发表时间：
2012
期刊：
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通讯作者：
Kamal Alsharif
中科院分区：
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作者：
J. Eckart;H. Sieker;K. Vairavamoorthy;Kamal Alsharif
随着全球变化压力的增加（城市化、气候变化等），未来的城市将在管理供水、排水和废水方面遇到困难。这些全球变化的压力是由欧盟第六框架的研究项目，为未来城市的水资源可持续管理开发技术和社会经济解决方案。该项目涉及来自地球仪的32个合作伙伴，他们直接与12个示范城市的利益攸关方合作。水资源管理工作的一个重要组成部分是将参与城市水资源管理或对之感兴趣的利益攸关方聚集在一起。这些多利益攸关方学习联盟通过考虑当地的问题和需求，指导和支持联合国教科文组织开展研究和示范活动（Vairavamoorthy，2009年b）。
in urban drainage systems With increasing global change pressures (urbanisation, climate change, etc.), cities of the future will experience difficulties in managing their water supply, drainage and wastewater. These global change pressures were addressed by SWITCH, an EU 6th Framework research project that developed technological and socio-economic solutions for the sustainable management of water in the city of the future. The project involved 32 partners from across the globe working directly with stakeholders in 12 demonstration cities. An important component of SWITCH was gathering together stakeholders that were involved with, or interested in, urban water management. These multi-stakeholder learning alliances guided and supported SWITCH on implementing research and demonstration activities, by taking account of local problems and needs (Vairavamoorthy 2009b).