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<br />. <br />. <br />. <br />. <br />. <br />t <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br />. <br /> <br />directly in any meaningful way. By comparison, in Utah, the state has aggressively financed <br />pressurization of irrigation systems for agricultural production and landscape use as a "development <br />package." Loans are provided by the state to ensure that not only are new water needs met, but that the <br />development is clearly designed to conserve more water in agricultural applications as well. Mutual <br />irrigation companies are converting, on an as-needed basis, part of their traditional irrigation systems to <br />serve residential development, in addition to crop irrigation. In the process, conserved water from the <br />pressurization of agricultural water deliveries has improved water availability under drought conditions. <br /> <br />An example is Washington County, Utah, where the local conservancy district is providing <br />assistance to rural farming communities to pressurize their water deliveries to municipal and agricultural <br />users at the same time. Thus, municipalities are working together with farmers to ensure that the needs of <br />both are being met in the transition from older open ditch systems to pressurized piped underground water <br />systems. Substantial water is conserved in the process, protecting both the municipal and agricultural <br />water users from drought. Although preference is given to municipal uses during drought, the <br />pressurization of agricultural water deliveries greatly increases the likelihood that water will continue to <br />be available for crops in such years. In addition, farmers have a better chance to have water to irrigate <br />later in the season than if they were still using the traditional open ditch systems (Figures 25-26).4 <br /> <br />Elsewhere, in Idaho, mutual ditch companies and irrigation districts are realizing added revenue <br />from secondary water supply to operate and improve their entire irrigation systems. In the process, there <br />has been improved cooperation between irrigation companies and municipalities in managing drought, <br />and also in cooperating with each other on a day-to-day basis. Special ordinances and policies have been <br />developed to ensure that agricultural water suppliers are indemnified from possible liabilities associated <br />with operating facilities in urban corridors. Improved agricultural water deliveries have been secured in <br />the process.5 <br /> <br />Colorado's "Missing Link" in Water Policy? <br /> <br />Meanwhile, in Colorado, although state resources have generally been available to agricultural <br />water suppliers to install pressurized piped systems, these resources have often not been tapped to their <br />full extent. Ditch companies are not realizing the potential benefits of pressurization, infrastructure <br />improvements, and overall system modernization. They are the "missing link" in the development of <br />secondary water supply systems in the state. It is believed that this condition exists primarily because <br />there has not been adequate publicizing of the potential role of agricultural water suppliers in this type of <br />service, and perhaps a lack of awareness or lack of oversight on the potential limitations of other <br />strategies currently in vogue. Most of all, there appears to be a lack of awareness of how these systems <br />can strengthen the position of irrigated agriculture in the state and prolong the ability of agricultural water <br />suppliers to provide water service to farms. Development of secondary supply is occurring in Colorado at <br />the present time but mostly through local conditions, happenstance and some residential real estate market <br />factors. <br /> <br />The current players in the development of pressurized secondary systems in Colorado are <br />municipalities and "stand-alone" housing subdivision development systems, although municipalities and <br />rural domestic water suppliers are somewhat reluctant to provide this kind of water service.6 Meanwhile, <br />many of the systems currently being installed in Colorado, particularly in the rapidly growing areas such <br />as the Colorado Front Range, are thought to have questionable durability in the long run without a proven <br />water purveyor to manage them. The current study has found that mutual ditch companies and irrigation <br />districts have much to gain by being the "management umbrella" for pressurized non-potable supply in <br />the state. Most certainly, local water users, both agricultural and residential-commercial, have much to <br />gain by the entry of canal companies and irrigation districts into pressurized secondary water service, <br /> <br />35 <br />