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➢ Recognizing that market forces now drive water reallocation from agricultural to <br />municipal uses, structure such transfers, where possible, to maintain agriculture, but <br />in all cases, mitigate the adverse impacts to rural communities from these transfers; <br />➢ Involve affected publics and fully address the inevitable environmental and <br />socioeconomic impacts of increasing water supplies; and <br />➢ Recognize the fundamental political and economic inequities and the adverse <br />environmental consequences of new transbasin diversions and emphasize the most <br />efficient utilization of existing supplies to avoid new transbasin projects. <br />Hydrological Impacts of the Drought <br />The current drought, which began in 2000 and has continued to the present, has been the <br />most severe on record by several measures. Streamflows in Colorado in 2002 have <br />generally been the lowest in over 100 years and the tree ring data suggest that flows are <br />probably the lowest in 300 to 500 years. In terms of multiple year streamflow deficits, <br />the current drought is worse than the historic droughts of the 1950s and 1970s. While <br />this drought has not lasted as long as the drought of the 1930s, it is not yet over and it has <br />been more severe than any three -year period of the 1930s. <br />Economic Impacts of the Drought <br />The total economic impact of the drought of 2002 is probably in excess of $1 billion <br />dollars, or roughly 0.7% of the state's income, although no one can yet know the precise <br />losses. Losses occurred in several economic sectors, but mostly in agriculture, and water - <br />dependent recreation and tourism. Federal programs and insurance mitigated some <br />losses. Municipal use, including landscaping, is the only sector where more water supply <br />development and/or measures to increase efficiency could have prevented a large fraction <br />of the losses incurred. As a result, the preventable economic losses were about $250 <br />million overall, or 17% of the total loss. Given that even these "avoidable" losses will <br />recur only with another major drought, probably not more than once every half century, <br />programs to prevent these losses should not cost more than $250 million and probably not <br />even half that. <br />Managers' Responses to the Drought <br />Water managers' responses, though late in many cases, did have an effect on customer <br />behavior and did achieve some reduction in customer demand. Initial efforts consisted of <br />educational programs to encourage efficiency and voluntary conservation programs, <br />followed by mandatory restrictions on outdoor water usage. Very few water providers <br />adopted pricing surcharges or placed any restrictions on the issuance of new taps. Many <br />providers invoked restrictions as a precautionary response in recognition that the current <br />drought might not be over. <br />Water savings achieved by municipal providers' drought response measures varied; but, <br />preliminary results suggest that, on average, municipal water users will have reduced <br />their normal demand by about 10% between May 1, 2002 and April 30, 2003. In most <br />communities the public response to efforts to reduce water use was positive. <br />iv <br />