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<br />IN <br /> <br />TRIBAL WATER MANAGEMENT HANDBOOK <br /> <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 />Commodity v. Communal: Interplay of Water Values <br /> <br />Although the economic value of water has been recognized since the earliest <br />days of nineteenth century settlement in the West, a feeling also has persisted that <br />"water is different." Communities have placed a special value on water that cannot <br />be reduced to dollars and cents and that has made it different from resources <br />nonnaJly treated as commodities. Other natural resources, such as oil and gas, have <br />been regarded as commodities of interstate commerce for many decades. Only <br />recently, however, have the courts begun to regard water as a commodity, even <br />though rights to water use began to be privatized in the last century. <br /> <br />The rapid rise of the commodity view of water has not overwhelmed the <br />communal view. Many groups and individuals are resisting the mounting pressure to <br />have water move to the highest bidder. They want their lifestyles and cultures to be <br />protected from the reach of the dollar. The tension between the commodity values <br />and community values can be expected to continue indefinitely in most settings, <br />including Indian reservations. <br /> <br />Water Protection, Development, Use and Management <br /> <br />Waste v. Conservation: Toward Greater Efficiency <br /> <br />It has always been unlawful to waste water, yet in practice marginal but <br />significant amounts of water have been wasted and continue to be wasted. As water <br />demand increases and a higher value is placed on water, waste becomes less <br />acceptable and methuds of saving water increase in popularity. In the last decade or <br />so new technologies and practices of water conservation have appeared and resulted <br />in greater efficiency of water use in the home, factory and field. Conservation <br />techniques include the use of low-flow toilets and showerheads, native ornamental <br />plants, laser-leveling of fields, irrigation scheduling, gated pipes, sprinklers. soil- <br />moisture monitoring and increasing-block. water rates. <br /> <br />In some states water users lose some of their rights to water if they use less <br />("use it or lose it"). Other states provide an incentive for water conservation by <br />allowing the person who conserves water to market the saved water. More changes <br />in law and technology to foster water conservation can be expected as water becomes <br />even more scarce. Water managers will continue to be required to know about the <br />most advanced and worlmble ways of gaining more utility out of available water <br />supplies. <br /> <br />Old v. New Technology: Marginal Operations in Peril <br /> <br />The trend toward water conservation and greater efficiency involves new <br />teChnology.I7 Other changes in the way water is applied and consumed involves new <br />technology as well. Many of the more advanced technologies require front-end <br />capital invesunents that some water users cannot afford. Examples for some fanners <br />include the cost of sprinkler irrigation or tail-water return systems or computerized <br />soil-moisture monitoring systems. The result can be that some economically <br />marginal operations can no longer compete or cannot comply with regulatory <br />standards that are based on more advanced technology. <br /> <br />I <br /> <br />1 <br /> <br />I <br /> <br />J <br />