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首页> 外文会议>International conference of the system dynamics society >Lake to Puddle: A System Dynamics Approach to Social, Economic, and Environmental Consequences of Water Use in Udaipur, India
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Lake to Puddle: A System Dynamics Approach to Social, Economic, and Environmental Consequences of Water Use in Udaipur, India

机译：水坑湖：印度乌代普尔供水的社会，经济和环境后果的系统动态方法

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摘要

Water scarcity could define the modern era, as 67% of the world will experience water shortages by 2025. In Udaipur, India, shortages are already evident as lakes in the city dry to mere puddles every summer. The shortage in Udaipur results from the convergence of social, economic, and environmental factors and is especially detrimental due to the economic importance of lake tourism for city residents. Students from Washington University in St. Louis, in collaboration with the India Institute of Technology, Tata Institute of Social Sciences, and the Foundation for Ecological Security conducted a field study to investigate these shortages in greater depth. A system dynamics model was constructed in order to best examine: (I) interdependency of domestic, industrial, and tourist water use on the supply of Udaipur's water sources (2) areas for policy and conservation interventions to alleviate water shortages, and (3) areas of future research. While the availability of data limited the model that could be constructed, it allowed the authors to capture the interrelated factors influencing Udaipur's water supply. The collection of additional data will help test suggested interventions, which include reducing distribution losses, reducing water demand, and treating polluted water sources.
机译：缺水可以定义当今时代，随着世界的67％，到2025年经历缺水乌代浦尔，印度，短缺每年夏天都在城市干湖泊单纯积水已经很明显了。乌代浦尔短缺从社会，经济和环境因素的融合结果是湖旅游的城市居民经济的重要性，尤其是有害所致。来自圣路易斯华盛顿大学的学生，在科技的印度研究所，社会科学Tata学院，和基金会的生态安全合作进行了实地考察更深入地调查这些短缺。系统动力学模型构建以最好检查：生活，工业和旅游水对乌代浦尔水源（2）政策和保护措施方面的供给中使用的（I）互相依赖，以缓解水资源短缺，以及（3）未来的研究领域。虽然数据的可用性的限制，可以将建造的模型，它允许作者捕捉到影响乌代浦尔供水的相关因素。附加数据的收集将帮助测试建议的干预措施，其中包括降低配电损耗，减少了水的需求，处理受污染的水源。

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