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<br />2-6 <br /> <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />, <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />2530 <br /> <br />A. Ft. Lvon Canal Comilanv Issues <br /> <br />Issues evoked by water transfers which are internal to the Ft. Lyon system revolve around two <br />themes, These are 1) individual losses and gains of farmers related to irrigation water supply and <br />personal finances, and 2) the ability of the ditch company to provide continuing service to <br />shareholders. Internal issues are therefore presented from the perspective of the shareholders <br />remaining in the system, when adjacent farms are retired from full-time irrigation, The concerns <br />are primarily of three types - continued historic water supply, adverse changes in ditch and lateral <br />operations, and financial impacts on farming costs and property values. <br /> <br />1. Water Supply and the individual farm business <br /> <br />Historically, water transfers have required a change in the point of diversion. Flow to the ditch <br />is reduced. This affects the flow characteristics of the canal in several ways. The water surface <br />is lowered and the hydraulic head required to make deliveries is not maintained, Additionally, <br />there is an increase in seepage loss as a percentage of total flow, <br /> <br />The changes in flow regime within the ditch havE! traditionally been addressed by construction of <br />checks or mechanisms to elevate the water surface and by requiring the sellers to leave a portion <br />of their water in the canal to offset evaporation and seepage loss. A benefit from a transfer occurs <br />for canals which historically havE! been limited in hydraulic capacity to make deliveries, The excess <br />capacity accrues to the remaining shareholders, An alternative approach to the allowance for <br />seepage losses is to line portions of the channel. However, lining could reduce historic return flows <br />on which other surface water users rely, and interfere with water supplies to existing alluvial wells <br />below the canal. Changes may also impact well usage. Incremental increases in reservoir <br />evaporation also may occur, <br /> <br />Issues of on-farm water supply are: water may be delivered at different times, for different periods, <br />and at different rates; some irrigators may have been supplied by subirrigation, waste flows off <br />fields, or wells drawing from a water table created by seepage and historic irrigation, and will need <br />to change their method of obtaining water; the ease of moving water among fields may change; <br />stock watering from stock ponds or streams fed by return flows may be affected; weed infestation <br />may increase the necessary ditch cleaning and may increase winter ice in the canals; blowing dust <br />from barren fields may adversely affect the health oflivestock; weed infestation and dust on dried <br />up lands may require more intense cultivation on irrigated lands; revegetation with continued <br />watering may be required, These issues are addressed by engineering analysis, application of <br />agronomy and soil science, and improvements in farm !operations, and may be the subjects of water <br />court decree terms and conditions, <br /> <br />Irrigators feel financial effects, A variety of irrigators' property rights in land and water may be <br />affected. Undue restrictions on transfers may infringe on the private property rights of individual <br />water rights holders and reduce the value of their rights. Land and water values may change. A <br />completed transfer may reduce the' value of remaifling land and water if water court decree <br />conditions have not protected against depletions of water supply, or increased operating difficulties <br />or costs; on the other hand, the transfer may make the remaining land and water more valuable <br />to persons desiring to continue irrigating in the atea or to other outside purchasers who will benefit <br />from the precedents established by the initial transfcjr, <br />