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Show UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY STATE OF UTAH DEPARTMENT OF NATURAL RESOURCES TECHNICAL PUBLICATION NO. 27 PLATE 3 1970 R. 5E. R. 9E. ni° i5' EXPLANATION Area where most wells and springs yield water from volcanic rocks of Tertiary age Area where most wells and springs yield water from other, consolidated rocks, mostly pre- Tertiary sedimentary rocks Area of tufa deposits associated with hot springs; all springs are thermal and most wells yield water from the tufa Area where most wells and springs yield water from Quaternary alluvial deposits Stream Tunnel • o Well Spring Solid symbols indicate sites sampled during the present study; open symbols indicate sites sampled before this study began. Number by spring symbol indicates more than One spring at site Sodium + potassium. 21 4 Chloride+ fluoride i/ woo i i-*. in ^^ | ^^^^ i i - - j- fX I V r* CL Z € Calcium, -<^ ^>- Bicarbonate gnesium --*-- V^-- Sulfate 1 3 5 0 5 I ' ' ' ' I ' ' i i I Ml LUEQUI VALENTS PER LITER Diagrams show concent rat ions of cations and anions, in milliequivalents per liter, for representative analyses of water. Figure above each diagram indicates calcium magnesium hardness, in milligrams per liter; figure below indicates silica, in milligrams per liter R. 5E. R. 6E. Boundary of the study area Base from U. S. Geological Survey 1: 250,000 ( AMS) series: Salt Lake City, Utah; Wyoming ( 1963) 0 i 1 5 Miles 5 Kilometers CONTOUR INTERVAL 200 FEET DATUM IS MEAN SEA LEVEL Hydrology by C. H. Baker, Jr., 1969 MAP OF THE HEBER- KAMAS- PARK CITY AREA, NORTH- CENTRAL UTAH, SHOWING LOCATIONS FROM WHICH WATER SAMPLES WERE COLLECTED FOR CHEMICAL ANALYSIS AND SELECTED WATER- QUALITY DATA |