Laserfiche WebLink
<br />"'''''>,'''1 <br />. ;J}),'-I7 I .- <br />.. , ._, t,,). r;', _ <br /> <br />28. Anderson, R. L., 1967, Windfall gains from transfer of water allotments within the Colorado Big- <br />Thompson project: Land Economics, v. XLIII, no. 3 (August), p. 265-273. <br /> <br />29. Anderson, R.M. and Nehring, R.B., 1982, The catch-and-release experience on the Fryingpan <br />and South Platte Rivers, in Proc. Annu. Meet. Colo-Wyo. Chap. Am. Fish. Soc.: v. 17, p. 16-32. <br /> <br />30. Anderson, R.M., and Nehring, R.B., 1984, Effects of a catch-and- release regulation on a wild <br />trout population in Colorado, USA and its acceptance by anglers: North American Journal of <br />Fish Management, v. 4, no. 3, p. 257-265. <br /> <br />From 1979-1982, the trout population of the catch-and-release area on the South Platte <br />River was dominated by rainbow trout (5a/mo gairdneri), had a biomass as high as 667 <br />kg/ha, and 50% of the trout were> 30 cm long. The trout population of an area with <br />standard regulations (8 trout/day) was dominated by brown trout (5. trutta), had a <br />maximum biomass of 219 kg/ha, and only 17% of the population were longer than 30 <br />cm. The difference in trout population characteristics was attributed to the harvest <br />rates of the respective areas. Rainbow trout were more vulnerable to angling than <br />brown trout; age 3+ and older trout were more exploited than young/smaller fish. <br />Catch rates averaged 48% greater in the catch-and-release area than in the standard- <br />regulation section that had the benefit of catchable-trout stocking. The catch rate of <br />trophy-sized trout (longer than 38 cm) was 38 times greater in the catch-and-release <br />area than in the harvest area. <br /> <br />31. Anderson, R.M. and Nehring, R.B., 1985, Impacts of stream discharge on trout rearing habitat <br />and trout recruitment in the South Platte River, Colorado, in F. W. Olson, R. G. White and R. H. <br />Hamre, eds., Proceedings of Symposium on Small Hydropower and Fisheries: p.59-64. <br /> <br />32. Anderson, R.L., Wengert, N.!., Heil, RD., Williams, D., and Palmer, c., 1976, Physical and <br />economic effects on the local agricultural economy of water transfer from irrigation companies <br />to cities in the northern Denver Metropolitan area: Fort Collins, Colo., Environmental Resource <br />Center and Economic Research Service, Completion Report 75, 53 p. <br /> <br />Rapid suburban growth north of Denver, Colorado, has caused developing <br />communities to expand their municipal water systems. In order to obtain additional <br />water supplies, the cities of Thornton and Westminster have initiated condemnation <br />suits against three irrigation companies to obtain their water rights. The three <br />irrigation companies have a service area of about 40,000 acres--30,000 are currently <br />irrigated. Of this land, 80 percent is class II and III, the highest classes found in <br />Colorado. Approximately 400 farms and small tracts receive water from these <br />companies--200 are commercial farms. Total agricultural production from the <br />irrigated lands is about $8 million per year. Economic input-output analysis shows <br />that irrigated agriculture contributes 561 jobs to the economy and over $4 million in <br />net income. The cities and irrigation companies should work together to develop joint <br />use of water rather than drying up irrigated lands for municipal water supply. <br /> <br />33. Andersson, K. A., 1978, Early lithification of limestones in the Redwater Shale Member of the <br />Sundance Formation Ourassic) of southeastern Wyoming: Laramie, Wyoming, Univ. of <br />Wyoming. <br /> <br />BIBLIOGRAPHY 13 <br /> <br />