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<br />197. Chase, KJ., 1992, Gunnison River thresholds for gravel and cobble motion, Black Canyon of the
<br />Gunnison National Monument: Fort Collins, Colo., Colorado State University, Master's thesis,
<br />104 p.
<br />
<br />198. Chauvenet, Regis, 1890, Analyses of natural, thermal, and mineral waters of Colorado:
<br />Colorado School of Mines Biennial Report, v. 1890, p. 21-29.
<br />
<br />199. Chew, RT., III, 1974, Geology, hydrology, and extraction operations at the Occidental
<br />Petroleum Corporation oil shale plant near De Beque, Colorado, in Murray, D.K, ed., Energy
<br />resources of the Piceance Creek Basin, Colorado: Denver, Colo., Rocky Mountain Association
<br />of Geologists, 25th field conference, Guidebook, p. 135-140.
<br />
<br />200. Chrisman, J., Jr., Synder, J.H., and Moore, C.V., 1976, Water problems in the Colorado River
<br />Basin--Legal and institutional framework: Bureau of Reclamation Report OWRT-B-094-
<br />CAL(3), 77 p. [Available from National Technical Information Service, Springfield, V A 22161 as
<br />NTIS Report PB-263 033/3.]
<br />
<br />A comprehensive review is presented of state, interstate, and international
<br />arrangements, agreements, contracts and legal decisions that have governed or now
<br />dictate management of the waters in the Colorado River. Emphasis is placed on legal
<br />and institutional arrangements as they relate to water quality management problems.
<br />Implications of recent decisions governing construction of a desalting plant are
<br />included.
<br />
<br />201. Christensen, RC., Johnson, E.B., and Plantz, G.G., 1985, Streamflow characteristics of the
<br />Colorado River Basin in Utah through September 1981: U.S. Geological Survey Open-File
<br />Report 85-421,674 p.
<br />
<br />202. Claassen, H.c., 1971, Radiochemical analyses of water from selected streams and precipitation
<br />collected immediately before and after the second production-test flaring, Project Rulison:
<br />U.S. Geological Survey, 10 p. [Available from National Technical Information Service,
<br />Springfield, VA 22161 as NTIS Report UsGs-474-122 (Rulison 10).]
<br />
<br />The U.S. Geological Survey established a water-sampling network in central and
<br />western Colorado to sample the hydrologic environment prior to, during, and
<br />following the various phases of Project Rulison. Project Rulison is an experiment
<br />designed to stimulate production of natural gas by explosion of a nuclear device in the
<br />gas-reservoir rock. Data obtained by analysis of samples collected from the network
<br />stations are presented. All of the precipitation samples are routinely analyzed for
<br />tritium. Stream samples collected at Plateau Creek near Cameo and Colorado River
<br />near De Beque are routinely analyzed for tritium, gross alpha, and gross beta contents.
<br />Data are tabulated from samples collected in conjunction with the second production
<br />flaring (December 1 to December 20, 1970). The period of observation was one of
<br />undetectable amounts of tritium in precipitation and lower than the first production
<br />flaring values for both tritium and gross radioactivity in streams.
<br />
<br />203. Clark, M., Ingvalson, RD., Oster, J.D., Rhoades, J.D., and Tucker,J.M., 1974,Minimizingthesalt
<br />burdens of irrigation drainage waters: Journal of Environmental Quality, v. 4, no. 4, p. 311-316.
<br />
<br />36 Bibliography. Indices, and Data Sources of Water-Related Studies, Upper Colorado River Basin. Colorado
<br />and Utah, 1872-1995
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