Laserfiche WebLink
issue #30 The Water Report <br />use of water and do so in a manner without "waste" of the precious resources. It is the identification and <br />assessment of "waste" that poses a difficult conundrum for water administration officials. The first aspect <br />that draws attention to recreational in- channel use is the actual application of water to its intended <br />beneficial use. In a conventional water administration action — that requires curtailment of junior water <br />rights to meet the demand of a senior irrigation water right — the efficient delivery of water to croplands <br />during the growing season satisfies the intuitive conclusion that the irrigation water right is being satisfied <br />because water is a necessary component in plant growth. In a similar manner, the enjoyment of kayak or <br />other boating enthusiasts (regardless of varying skill levels or types of watercraft) in a whitewater course <br />appears to satisfy the RICD water right. One discrepancy in this simplistic analogy arises where the <br />owner of an RICD chooses to exercise their authority to demand curtailment of junior water rights ( "call" <br />the river), to provide sufficient flows to meet their adjudicated whitewater flow rates when there are no <br />boating enthusiasts present on the whitewater course. <br />A parallel water administration "waste" issue occurs in regard to fulfillment of a RICD water right in <br />daily water allocation practices. For example, the City of Steamboat Springs (City) was decreed a RICD <br />water right on March 13, 2006 with variable flows over the duration of the boating season for its <br />whitewater course (Case No. 2003CW86 in Water Division 6). The decree specified the City was limited <br />to its entitlement of whitewater recreational flows from 8:00 a.m. to 8:00 p.m. each day. Certainly, it is <br />appropriate that the adjudicated flows represent the time of intended use by whitewater enthusiasts during <br />daylight hours. However, this schedule of water administration is difficult to implement. Actual water <br />administration requires curtailment of water rights junior to the RICD in amount and location necessary to <br />satisfy the demand of the RICD, with no time constraint. To place the issue in proper context, the junior <br />water rights may be located tens or hundreds of miles upstream, on all tributaries throughout a watershed <br />and the transit time from each, separate, junior water right to the whitewater course is highly variable and <br />may extend from minutes to days based upon their relative proximity. It is appropriate that the City enjoy <br />the same confidence as all other water rights owners that subsequent junior water rights will be curtailed <br />to meet their demand. The crux of contention centers upon the issue of waste versus finite resources. <br />Natural river flows, diversions, and the ensuing return flow patterns from these diversions are in a <br />perpetual state of change. With finite human and fiscal resources, it is problematic to assume junior water <br />rights throughout the basin upstream of a whitewater course will be turned off to meet the downstream <br />demand for increased flows through a whitewater course and then turned on later in the same day so they <br />may apply water to beneficial use, while simultaneously preventing the waste of unused water flowing <br />through the whitewater course at night. Further compounding the administrative complexity, the City' was <br />granted the ability to extend its entitlement from 8:00 p.m. until midnight for up to 10 days between April <br />15 and July 15 for nighttime competitive events upon prior notification to water administration officials. <br />Opportunity and Enhancements <br />At this juncture, it is appropriate to return to the first tenet of water law and administration to <br />consider if the diversion structures constructed within a whitewater course satisfy the mandate to <br />maximize the beneficial use of limited water resources. The evidence clearly supports the assertion that <br />these water control structures do indeed maximize the beneficial use of water. In addition to the sheer <br />enjoyment a whitewater course provides to individual participants and spectators, consider the tangible <br />economic benefits they provide to the sponsoring community. The testimony provided by representative <br />city managers, municipal park and recreation directors, economists, and local business owners is a <br />consistent proclamation that the accrued financial benefits to a local business community are significant. <br />In some communities, the incremental annual revenue has exceeded over $1 million that has been <br />attributed exclusively to the commerce derived from a newly constructed whitewater course (City of <br />Golden, Case No. 98CW448 in Water Division 1). <br />The challenges previously described may be used as arguments by those seeking to dismiss the <br />adjudication of recreational in- channel diversions for a whitewater course as being unnecessary. It is <br />precisely that conflict that provides the impetus for advancing the daily practice, and art, of water <br />administration. An objective and critical review of historical water legislation, judicial decisions, and <br />administrative practices reveals multiple instances that validate the assertion that water administration <br />complexity has increased dramatically over time. For a singular example, the adjudication and <br />administration of surface water rights in Colorado began with territorial government actions in the late <br />nineteenth century. Almost a century later, the General Assembly and the DWR recognized the effect and <br />impacts of increased use of tributary groundwater upon streamflows and surface water rights, and fully <br />integrated groundwater within the water allocation practices in Colorado with the passage of the Water <br />Right Determination and Administration Act of 1969. It is, therefore, the contention of this author that <br />Copyright© 2006 Envirotech Publications; Reproduction without permission strictly prohibited. <br />