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<br />45
<br />
<br />263.. Federal Water Pollution Control Administration and Bureau of Reclamation, Region 4. 1970.
<br />Cooperative salinity control reconnaissance study--upper Colorado River Basin.
<br />U.S. Federal Water Pollution Control Administration, Southwest Region, San Francisco,
<br />Calif., and U. S. Bur. Reclam., Region 4, Salt Lake City, Utah. 119 pp.
<br />
<br />MANAGEMENT, RIVER-Colorado, SALINITY, SURVEY
<br />
<br />Survey of Upper Colorado River to determine ways to control salinity.
<br />
<br />264. Federal Water Quality Administration. 1970. Clean water for the 1970's--a status report.
<br />U. S. Federal Water Quality Administration, Washington, D. C. 78 pp.
<br />
<br />POLLUTION, WATER QUALITY
<br />
<br />General report on water quality that reviews federal and state water pollution control
<br />programs and assesses measures necessary to provide water of suitable quality for the
<br />United States. The first annual progress report on this subject.
<br />
<br />265.
<br />
<br />Fellows, A. L. 1902.
<br />Supply Pap. 74.
<br />
<br />Water resources of the State of Colorado.
<br />151 pp.
<br />
<br />U. S. Geol. Surv. Water-
<br />
<br />IRRIGATION, RIVER-Colorado, Dolores, Green, Gunnison, San Juan, RUNOFF, WATER QUANTITY
<br />
<br />Description of water resources in several rivers oj Colorado.
<br />
<br />266. Feltis, R. D. 1966. Water from bedrocks in the Colorado Plateau of Utah. Utah State
<br />Engineer, Salt Lake City, Tech. Publ. 15. 82 pp~
<br />
<br />DESCRIPTION, RIVER-Colorado, Green and tributaries, WATER QUANTITY
<br />
<br />The bedrock aquifers in the Colorado Plateau of Utah yield water that varies widely in
<br />chemical quality and yield. Dissolved solids in 649 samples from 534 sites ranged from
<br />less than 100 to more than 390,000 ppm. Water yield varied from 1 to 54,000 barrels per
<br />day from wells and from less than 1 to 4,100,000 barrels per day from springs.
<br />
<br />267. Feltis, R. D. 1968. Preliminary assessment of groundwater in the Green River Formation.
<br />U. S. Geol. Surv. Prof. Pap. 600. 235 pp.
<br />
<br />GEOLOGY, GROUNDWATER, RIVER-Duchesne, Green
<br />
<br />The Green River formation of the Eocene contains not only large reserves of hydrocarbons in
<br />the form of bituminous sand and oil shale, but also aquifers that supply varying quantities
<br />of water to wells and springs and later to the Green River. The groundwater quality
<br />varies from fresh to highly saline.
<br />
<br />268. Fields, F. K. 1975. Streamflow characteristics in northeastern Utah and adjacent areas.
<br />U. S. Geol. Surv., Utah Basic-Data Release 25. 190 pp.
<br />
<br />RIVER-Green, STREAMFLOW
<br />
<br />Contains statistical summaries of streamflow records from 74 gauging stations in north-
<br />eastern Utah that drain primarily into the Green River.
<br />
<br />269. Finnell, L. M. 1961-63. Granby Reservoir fish management studies. Colo. Dep. Game
<br />Fish, Denver. Job Progress Rep. 1961-62 (1 voL). 27 pp.; 1963, 17 pp.
<br />
<br />FISH, FISHERY, LIMNOLOGY, RIVER-Colorado
<br />
<br />Summary of fish distribution, limnological conditions, and creel census of the fishery.
<br />
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