水流图

Lukas Bouman, Dorothee Spuhler, Marc-André Bünzli, Amancio Melad, Lamine Diop, Osmar Coelho, R. Meierhofer
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引用次数: 0

摘要

水流图(WFD)是一种新颖的宣传和交流工具,以简单的可视化方式展示城市供水和管理。快速城市化、人口增长和气候危机增加了水资源的压力,尤其是在城市化地区。WFD 的目的是促进不同利益相关者之间围绕利益冲突和机遇展开对话,并促使他们采取行动,实现更可持续的城市水资源管理(UWM)和水资源安全的未来。WFD 是根据取水、不同行业用水、水处理、水循环和污染风险等数据制作的。这些数据来自政府部门、污水处理和供水公司、大型工业、大学和政府间组织的报告。如果这些来源没有数据,则会考虑非政府组织或顾问的报告、可比情况、默认值或专家判断。年度水流量以桑基示意图的形式呈现。通过直观的颜色代码,可以将水流量突出显示为 "有问题 "或 "合适",并指出需要改进水资源综合管理方法的领域。最后的图表是一个简明的工具,可以确定本文介绍的四个应用案例中水资源综合管理所面临的挑战。显而易见的主要挑战包括:农业生产造成的污染、缺乏废水处理和卫生基础设施、配水管网中的高水损耗、水出口导致当地供水不足以及暴雨期间下水道溢流。已确定的机遇包括:投资于卫生和废水处理以保护资源,建立协调机构以协调利益冲突,以及/或投资于蓝绿基础设施以保留雨水。世界水资源开发报告》引发了当地的行动,如相关参与者之间的深入讨论、水资源综合利用委员会的成立,以及塞内加尔国家部委在其他地方复制该图表的兴趣。本文介绍了该方法,讨论了四项案例研究,并探讨了世界水论坛的使用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The water flow diagram
The Water Flow Diagram (WFD) is a novel advocacy and communication tool that presents urban water supply and management in a simple visualization. Rapid urbanization, growing populations, and the climate crisis increase the pressure on water resources, particularly in urbanized areas. The WFD aims to foster a dialogue around conflict of interests and opportunities among different stakeholders, and trigger actions toward more sustainable urban water management (UWM), as well as a water secure future.The WFD is produced from data on water abstraction, water use of different sectors, water treatment, water recycling and contamination risks. The data were obtained from government services, wastewater and water utilities, large industries, universities and reports of intergovernmental organizations. If these sources did not have data, reports from NGOs or consultants, comparable contexts, default values or expert judgements were considered. The annual water flows are presented in a Sankey Diagram. An intuitive color code highlights the flows as “problematic” or “appropriate” and points to areas where UWM practices should be improved.The final diagrams are a concise instrument that identifies challenges of UWM in the four application cases presented in this article. Key challenges that became evident included: pollution from agricultural production, the lack of wastewater and sanitation infrastructure, high water losses in the distribution networks, water exports leading to a lack in local supply and sewer overflows during heavy rainfalls. Opportunities identified were the need to: invest in sanitation and wastewater to protect resources, create coordination bodies to align conflict of interests, and/or invest in blue-green infrastructure for rainwater retention. The WFD triggered local actions, such as in-depth discussions between relevant actors, the formation of integrated water use committees and the interest of the national ministry in Senegal to replicate the diagram for other locations. This article presents the methodology, discusses the four case studies and deliberates on the prospective use of the WFD.
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