Laserfiche WebLink
<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />DRAFT 8/24/92, Page 4 <br /> <br />This conceptual framework presented in this report is a proposal for further investigation <br />of ways to implement a comprehensive system of water management for the front range urban <br />corridor. In cooperation with local jurisdictions and water suppliers, the Department of <br />Natural Resources, the Colorado Water Conservation Board and the State Engineer's Office <br />will provide the expertise and overall management for the investigation. <br /> <br />In the last twenty years these three agencies have had extensive experience in the areas <br />of water project permitting and planning. More importantly, however, they bring a statewide <br />perspective to the problems of Front Range water management. To make the study process <br />work, these agencies will form a partnership with Front Range water suppliers who will be <br />asked to participate in study design, consultant selection, review of study products and in <br />overall study management. <br /> <br />Water supply planning in Colorado has frequently polarized the citizens of the state <br />along the lines of geographical location or special interest group affiliation. The intent here is <br />to allow the state government to act as a catalyst for bringing all interests to the table and for <br />acting as an objective facilitator in the planning process. <br /> <br />The future of water development in Colorado is highly dependent upon a comprehensive <br />approach to the management of water resources to ensure that existing resources are indee,ct <br />being utilized to maximum advantage. Future water development will also require a state-wide <br />perspective on all of the issues involved in what has become a complex and highly <br />controversial undertaking. It is the intent of this proposal to outline the beginning of a new <br />approach - one that will involve a partnership between local water providers and state <br />government to allow Colorado to better manage and develop its most important natural <br />resource and to chart its own destiny in the years ahead. <br /> <br />D. Goals to be Addressed by System Integration <br /> <br />The overall water management concept being forwarded here is one which involves the <br />physical and institutional joining of individual water supply systems in order to more <br />efficiently meet critical water resources management goals such as increased supplies, cost <br />effectiveness and enhanced environmental protection. All participating water suppliers would <br />remain whole with respect to the yields of their individual systems and control of their assets. <br />Through cooperative efforts, additional water supply yields and attainment of other goals <br />would be achieved through synergistic effects and voluntary market mechanisms. For the <br />purposes of this paper this concept is labelled systems intel!ration. <br /> <br />The goals to be addressed by systems integration encompass a broad range of local and <br />state issues, and are basic to the principals of modern water resources management. Specific <br />proposals for systems integration should be evaluated in terms of their consistency with and <br />ability to meet these goals. These goals are listed and discussed below: <br /> <br />I. Generate additional municipal water supply -- One of the primary goals is to <br />generate sufficient water supply to meet the future needs of municipal uses in the <br />region. While this is certainly a major goal of water resource management, it <br />cannot be the only focus; such a narrowly defined approach to water development <br />may not be politically feasible from either a federal or regional perspective. <br /> <br />2. Promote efficiencv and cost effectiveness -- The costs of developing future water <br />supplies has increased dramatically in the past two decades. Any approach to water <br />supply planning must have efficiency and cost effectiveness as its cornerstones and <br />should emphasize attaining the optimal use of existing systems before requiring the <br />