Water Resources Availability, Quality, and Cost in Northeastern Illinois
Water Resources Availability, Quality, and Cost in Northeastern Illinois
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伊利诺伊州东北部的水资源可用性、质量和成本
DOI：
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发表时间：
1976
期刊：
影响因子：
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通讯作者：
J. Stall
中科院分区：
文献类型：
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作者：
R. J. Schicht;J. Adams;J. Stall
这份报告总结了伊利诺伊州东北部的水资源研究，该地区面积为3700平方英里，包括库克县、杜佩奇县、凯恩县、麦克亨利县、莱克县和威尔县。水资源包括密歇根湖水、地表水和地下水。由于密歇根湖水的使用受到美国最高法院的限制，深层砂岩地下水资源被过度开发，预计未来将出现水资源短缺。所有可用的水资源，除了密歇根湖估计乡镇，并与预测的未来水需求1980-2010年，以确定赤字的数量和位置进行比较。对解决具体短缺的替代来源进行了研究，并尽可能按成本进行了比较。还总结了大量的水质数据。到2000年，该地区的缺水情况可能接近每天2亿加仑，这取决于资源使用计划。满足这些需求的可行计划被描述为密歇根湖水资源分配和未来水资源规划的指南。参考文献：Schicht，Richard J.，罗杰亚当斯和约翰B。间淋浴室伊利诺伊州东北部的水资源可用性，质量和成本。伊利诺伊州水资源调查，厄巴纳，调查报告83，1976年。索引术语：替代成本，替代规划，含水层开发，人工补给，计算机模型，地下水，地下水开采，密歇根湖，矿物质量，水库产量，地表水可用性，水成本，水质，供水，用水。
This report summarizes studies of the water resources of northeastern Illinois, a 3700–square–mile area including Cook, Du Page, Kane, McHenry, Lake, and Will Counties. Water resources consist of Lake Michigan water, surface water, and groundwater. Because the use of Lake Michigan water is limited by the U.S. Supreme Court and deep sandstone groundwater resources are being overdeveloped, future water shortages are expected. All available water resources in addition to Lake Michigan were estimated by township and compared with projected future water demands for 1980–2010 to determine the amount and location of deficits. Alternative sources to meet the specific shortages were studied and compared, where possible, by cost. Extensive water quality data also were summarized. Water shortages, depending on resource use schemes, in the area may approach 200 million gallons per day by the year 2000. Feasible plans for meeting these needs are described as a guide to allocation of Lake Michigan water and future planning for water resources. Reference: Schicht, Richard J., J. Rodger Adams, and John B. Stall. Water Resources Availability, Quality, and Cost in Northeastern Illinois. Illinois State Water Survey, Urbana, Report of Investigation 83, 1976. Indexing Terms: Alternative costs, alternative planning, aquifer development, artificial recharge, computer model, groundwater, groundwater mining, Lake Michigan, mineral quality, reservoir yield, surface water availability, water costs, water quality, water supply, water use.