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9 <br />Annotated Bibliography <br />American Water Works Association. 2014. AWWA State of the Water Industry Report. <br />The American Water Works Association (AWWA) has been formally tracking issues and trends in the <br />water industry since 2004 through the State of the Water Industry (SOTWI) study. The Association <br />continues to conduct this annual survey in order to: identify and track significant challenges facing the <br />water industry, provide data and analyses to support water professionals as they develop and <br />communicate strategies to address current issues, discover and highlight potential problems or <br />concerns on the water industry's horizon, and inform decision makers and the public of the challenges <br />faced by the industry. <br />Anoka County Community Health and Environmental Services. 2014. Water Resources <br />Report. Anoka County: Anoka, MN. <br />This report addresses the environmental health issues identified for Anoka County. Natural resources <br />management, environmental protection and environmental health protection share many goals. For <br />example, the protection and management of Mississippi River water quality is a goal of a natural <br />resources program such as the Clean Water Act, and a public health program including the Safe <br />Drinking Water Act. This report will be used to address environmental health issues identified in Anoka <br />County through the Community Health Services assessment and planning process, and will be <br />incorporated into the Community Health Improvement Plan (CHIP). Appendix A provides a detailed <br />summary of the authority and responsibility for water resources management, including information <br />about federal, state and local entities. Website <br />Barr Engineering Company. 2015 (DRAFT). Technical Memorandum to Metropolitan <br />Council: Metro Pumping Optimization 3. <br />This technical memorandum describes the optimization of pumping in the seven -county metropolitan <br />area. The goal of the optimization was to maximize total pumping from existing wells while meeting <br />constraints on baseflow, hydraulic head, and flow direction as specified by the Metropolitan Council. <br />The optimization uses the steady-state version of the Twin Cities Metropolitan Area Groundwater Flow <br />Model, Version 3.0 (Metro Model 3; Metropolitan Council, 2014). <br />Dadaser-Celik, Filiz and Stefan, Heinz G.. 2009. Stream Flow Response to Climate in <br />Minnesota, Project Report No. 510. University of Minnesota, St. Anthony Falls <br />Laboratory. Prepared for Legislative Citizens Committee on Minnesota Resources. St. <br />Paul, MN. <br />The variability of stream flows in Minnesota, and the relationship between stream flows and climate <br />are the focus of this report. We analyze historical flow records of Minnesota streams to determine how <br />much frequency and magnitude of flows have been affected by climate and land use changes. Flow <br />duration analysis, high and low flow ranking, and flood frequency analysis were applied to recorded <br />mean daily stream flows, 7 -day average low flows, and annual peak flows. Data from 36 gauging <br />stations located in five river basins of Minnesota (Minnesota River, Rainy River, Red River of the North, <br />Lake Superior, and Upper Mississippi River Basins) covering the 1946-2005 period were used. <br />Website <br />Dickinson, Mary Ann. 2014. The Real Relationship Between Conservation and Rising <br />Water Rates. Downloaded from National Geographic website on April 29, 2015 at http:// <br />voices.nationalgeographic.com/2014/10/05/the-real-relationship-between- <br />conservation-and-rising-water-rates/ <br />WATER SUPPLY MASTER <br />PLAN- Draft June 2015 <br />97 <br />