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<br />18 <br /> <br />93. Bradley, I. E., and J. P. Gander. 1968. The economics of water allocation for the State <br />of Utah using input-output analysis. Univ. Utah, Bur. Econ. Research, Center for <br />Econ. Commun. Develop., Salt Lake City. 81 pp. <br /> <br />ALLOCATION, ECONOMICS, MANAGEMENT, MODEL, POPULATION, WATER QUANTITY <br /> <br />Analyzes the problem of estimating the increase in the amount of water intake demanded by <br />each industrial sector and by the State as a whole as a result of the economic expansion of <br />Utah over the period, 1963-75, with the use of an input-output model. The existing pattern <br />of water allocation is reviewed and conclusions and results of the forecast are presented. <br /> <br />94. <br /> <br />Bradley, W. H. <br />America. <br /> <br />1963. Paleolimnology. Pages 621-652 in D. G. Frey, ed. Limnology in North <br />Univ. Wisconsin Press, Madison. <br /> <br />GEOLOGY, LIMNOLOGY, RIVER-Green <br /> <br />Review of paleolimnology, including the lake sediments and duration of Gosiute Lake in <br />Wyoming, Colorado, and Utah. Also provides the chemical composition of the sediments of <br />ancient Gosiute Lake. <br /> <br />95. Bradley, W. H. 1964. Geology of Green River formation and associated Eocene rocks in <br />southwestern Wyoming and adjacent parts of Colorado and Utah. U. S. Geol. Surv. 'Prof. <br />Pap. 496-A. 86 pp. + maps + plates. <br /> <br />ARCHAEOLOGY, GEOLOGY, MINERAL, RIVER-Green <br /> <br />The geology of Eocene rocks in an area of about 17,000 square miles is discussed. The <br />purpose of the report is to provide the geologic foundation necessary to understand and <br />reconstruct the conditions under which the Green River and Wasatch and Bridger formations <br />came into being and to provide a matrix in which geochemists and mineralogists studying <br />parts of the area can set up their models. <br /> <br />96. Bradley, W. H. 1965. Geochemistry and paleolimnology of the trona deposits and associated <br />authigenic minerals of the Green River formation, Wyoming. U. S. Geol. Surv. Prof. <br />Pap. 496B. 71 pp. <br /> <br />GEOLOGY, MINERALS, RIVER-Green, SALINITY <br /> <br />Summarizes the geochemistry of the trona beds and associated saline minerals of the Green <br />River formations in southeastern Wyoming. <br /> <br />97. Branson, B. A. 1961. Observations on the distribution of nuptual tubercles in some <br />catostomid fishes. Trans. Kans. Acad. Sci. 64: 360-372. <br /> <br />FISH <br /> <br />Describes the location of tubercles on some catostomid fishes from the eastern United States, <br />with a brief statement about the distribution of tubercles on Xyrauchen and Pantosteus. <br /> <br />98. Branson, B. A. <br /> <br />1966. Some rare and vanishing fishes. Bioscience 16: 611-613. <br /> <br />DESCRIPTION, FISH-rare <br /> <br />Contains photographs of Colorado squawfish and flannelmouth suckers, which are found in the <br />Upper Colorado River Basin. <br /> <br />99. Branson, B. A. 1973. Fishes of our arid lands. Natl. Parks Conserv. Mag. 47(11): 22-24. <br /> <br />ABUNDANCE, FISH, MANAGEMENT, RIVER-Colorado <br />