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An Integrated Model for Simulating and Evaluating Water Resources Sustainability at Laoshan Region

机译:崂山地区水资源可持续性模拟与评价综合模型

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An integrated model was developed for evaluating water resources sustainability. In the model, a new index was developed based on nineteen indicators related socio-economic, eco-environment and water resources. The interrelationships between indicators were quantified based on mathematical models. The integrated model was applied to simulate the water resources sustainability in Laoshan Region successfully from 2010 to 2030 after validation and calibration using historical data which has low relative errors and relative standard deviation (<10%). The results indicate that the sustainable solution to water resources utilization in Laoshan Region is to supply different types of water resources to different water resources demand sectors based on requirements on water quality and quantity. The integrated model developed in this study is useful for decision-makers to simulate and evaluate the water resources sustainability.
机译:开发了一种综合模型,用于评估水资源可持续性。在该模型中,基于十九个指标相关的社会经济,生态环境和水资源开发了一个新的指数。基于数学模型量化指标之间的相互关系。应用综合模型从2010年到2030年使用具有低相对误差和相对标准偏差(<10%)的验证和校准后成功模拟了崂山地区的水资源可持续性。结果表明,崂山地区水资源利用的可持续解决方案是根据水质和数量的要求向不同的水资源需求部门提供不同类型的水资源。本研究开发的综合模型对于决策者来说是有用的,以模拟和评估水资源可持续性。

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