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<br />3081 <br /> <br />. <br /> <br />15. All structures will be architecturally treated and landscaped <br />to be harmonious with the surrounding landscape and aesthetics. <br /> <br />Visitor use areas will be irrigated and managed to establish <br />and maintain vegetation to prevent wind and water erosion <br />which would otherwise occur from trampling by visitors. <br /> <br />16. A fully closed collection and sewage treatment facility for <br />on-land and water based restrooms, and camper and boat sewage <br />pumpout stations will protect the stored reservoir water from <br />degradation and pollutions. <br /> <br />17. All domestic water within the major-use areas will be treated. <br /> <br />18. A total planning concept integrating recreation planning of <br />Federal, State and local agencies will be implemented. This <br />should eliminate the duplication and competition of providing <br />recreation facilities and opportunities. <br /> <br />19. Seasonal fluctuations will assist in controlling some aquatic <br />nuisance plants around the reservoir. Some phreatophtic <br />management will be required in designated recreation areas. <br /> <br />. <br /> <br />20. Colorado Game, Fish and Parks Division has expressed a desire <br />for a combination cold-water rearing unit and warmwater <br />hatchery to be built as part of the Project about one-half <br />mile downstream from Pueblo Dam. The combination rearing and <br />hatchery unit as planned would produce about 70 percent of <br />the fish needed for the Project reservoir. This would include <br />a minimum of 50 tons of catchable-sized trout, 1,000 pounds <br />of warmwater fry and fingerlings and 10 - 12 million walleye <br />fry. The Bureau of Sport Fisheries and Wildlife and the <br />Colorado Game, Fish and Parks Division recommended installation <br />of multilevel outlet facilities in the dam to provide selec- <br />tion of the best water for the fish hatchery and rearing unit. <br />The facilities will enable the selection of the most desir- <br />able temperature, dissolved oxygen and turbidity qualities. <br /> <br />To determine design criteria for the multilevel outlet, the <br />Bureau of Reclamation initiated both mathematical and hydrau- <br />lic model studies of the Pueblo Reservoir. As a result of <br />these studies, design criteria was developed to provide a <br />four outlet system capable of individual or simultaneous <br />release operation. The system will be fully sensored with <br />read-out and control capability at the fish hatchery and <br />rearing unit. <br /> <br />48 <br /> <br />. <br />