UTAH GEOLOGI01L {"' QUARTERLY REVIEW MINERALOGI01L

SURVEY Vol. 7, No. 2 Service to the State of Utah May 1973

UGMS Reorganizes Under State Board

Effective July 1, the Utah Geological and Mineralogical Survey and its governing board will be transferred to the Utah Geological and Mineral Survey and a newly created board within the Department of Natural Resources. The objectives of the re­ organized State Survey, although much the same, are more clearly defined and enlarged to include study of geothermal resources, and geologic and topographic hazards Arrows point to weathered sandstone on cor­ that could affect the safety of, or nice and beneath pillar at west entrance of cause economic loss to, the citi­ building. zens of Utah. City and County Building Investigation of various mineral substances contained in Weather Deteriorates Sandstone Face State lands will continue, as will As part of decision-making grains. Exfoliation frequently is collection and distribution of reli­ plans preliminary to renovation of observed in the natural environ­ able information regarding the the exterior of the City and ment in Utah's deserts. mineral industry and mineral County Building in Salt Lake City, resources, topography and geology The greatest penetration, 40 UGMS engineering geologist, Bruce of the State. mm or 1.6 inches, was indicated N. Kaliser, conducted a study to evaluate the effects of weathering from a core on the west side of The physical facilities will the building, probably the result on the building's dimension stone. remain on the University of Utah of predominant winds aiding the campus (see Quarterly Review, Thirteen one-inch core sam­ penetration of the stone. November 1972, p. 3), but the ples were taken from the Kyune functions, responsibilities and Sandstone face from the first Construction of the historic governing board once maintained floor level to the tower and ana- building took three years and by the University will be trans­ 1y zed using petrographic and $900,000 to build in the l 890's. 1 ferred to the Survey and its gov­ binocular microscopes for mineral­ Today, after more than 79 years erning board. ogic alteration, chemical decompo­ of use, it would cost $15 million sition, exfoliation planes and to build or more than $3 million The board shall be comprised fractu1es. to restore, according to figures of seven members appointed by provided to the City and County the governor with the advice and According to Kaliser, all commissions by the consulting consent of the senate: one knowl­ evidence points to the natural architect on the project. edgeable in the field of geology as creation of exfoliation surfaces as the result of water penetrating and 1See UGMS' Special Studies 38, "Engineering applied to civil engineering, four Geology of the City and County Building, Salt repeatedly freezing and thawing in Lake City, Utah," by B. N. Kaliser for more (continued on page 16) the spaces between the sand detail. (rage 2 QUARTERLY REVIEW May 1973 )

The geomorphology, stratigraphy, geologic and regional structure and hydrothermal alteration of the Desert Mountain area in Juab County, Utah, are detailed. A geologic map in a back pocket accompanies the text.

Special Studies 43, "Geo­ Phosphate ore from the Rex Peak area, stock­ Stauffer Chemical Co.'s phosphate rock bene­ chemical Reconnaissance at piled in the Brazier Canyon area near the Frank ficiating plant, Leefe, Wyoming. Rail cars trans­ Mercur, Utah," by G. W. Lenzi mine, is hauled to the Leefe plant about 12 port concentrate to the Garfield plant in Salt miles north. Lake County. ($1.50). Samples mainly from the Mercur, Sunshine and West Mercur Overall Production Up areas were assayed for gold and silver and some sample splits not used in the commercial assay were Phosphate Industry Grows in Utah analyzed by atomic-absorption spectrometry for copper and silver. Phosphate rock is mined from with open-pit works in the Rex Anomalously high values are four general areas in the nation: Peak area in the Crawford Moun­ located. Florida, North Carolina, Tennessee tains, Rich County, and 12 miles and the western states of Idaho, north of Vernal on the south flank Earth Science Series No. 3, Wyoming, Montana and Utah. of the Uinta Mountains. "The Earth Below the Hall of According to U. S. Bureau of Justice, Salt Lake City, Utah," by Mines figures, the U. S. produced Some 30 truckloads carrying Richard Van Horn ($.10 postage). about 26 million short tons of approximately 65 tons of ore are Interesting bits of information phosphate rock in 1965 and hauled daily to a beneficiating about Lake Bonneville and the approximately 42.4 million short plant at Leefe, Wyoming. Washer whole Salt Lake City area were tons, valued at $222.9 million, in methods, put into effect last year, revealed in the excavation for the 1972. have reduced particulate matter basement of the Hall of Justice. A and pollution considerably. The geologic cross section and airphoto The increased production is a concentrate is then shipped by rail · illustrate the explanation of how direct result of a growing demand to the division plant at Garfield, the underlying structure came to for phosphate fertilizer; about 90 Utah. be. percent of Utah's phosphate pro­ duction, which has increased by an Oil and Gas Field Studies 4 Stauffer recently announced average of more than 19 percent through 12, by P.R. Peterson: No. plans to enlarge their phosphate per year in recent years, goes to 4, "Salt Wash Field" ($ 1.00); No. mining and beneficiating operation making phosphate fertilizer. 5, "Bridger Lake Field" ($1.50); at Vernal by some 40 percent. No. 6, "Horseshoe Bend Field" Production volume will increase to Utah's operations are con­ ($1.50); No. 7, "Upper Valley nearly 400,000 tons. trolled by Stauffer Chemical Co. Field" ($1.50); No. 8, "Castle Peak and Monument Butte Fields" ($1.50); No. 9, "Fence Canyon Survey-Releases Latest Studies Field" ($1.00); No. 10, "Cedar Rim Area" ($1.50); No. 11, "Flat Since November of last year, ($1.50). Results of sulfur isotope Rock Area" ($1 .00); and No. 12, Utah Survey has published the analyses of tar from oil­ "Bluebell Field" ($ 2.00). following (available for purchase in impregnated sandstones, crude oils person or by mail from Publica­ and solid hydrocarbons from the A map depicting the structure tions Office, I 03 Utah Geological Uinta Basin (Tertiary), Utah, are of the fi eld, stratigraphic data Survey Bldg. , University of Utah given and the oS 3 4 values are re­ where significant to production, 84112 ; add 10 percent for lated to origin of the tars and the and a type log cover each field. handling if ordering by mail): stratigraphy of the area. Accompanying text details the field's discovery, development, Special Studies 4 2, "Geology Special Studies 41, "A Sulfur reservoir data and production Isotopic Study of Uinta Basin and Diatremes of Desert Mountain, statistics, and describes its geology. Hydrocarbons," by R. L. Mauger, Utah," by D. C. Rees, M. P. R . B. Kayser and J. W. Gwynn Erickson and J. A. Whelan ($1 .50). (continued o n page 13) ( May 1973 QUARTERLY REVIEW Page 3 )

At Home With Geology Water Drainage Damages Home Sites

by B. N. Kaliser condition, a decrease, a sedimenta­ UGMS Engineering Geologist tion or clean-up problem. Evidence The surface water drainage of of relatively recent material any prospective subdivision or deposited on the site could signal single home site should be exam­ possible recurrent sedimentation or ined critically to evaluate hazard­ clean-up problems in the future. ous or potentially damaging situa­ Landscaping could be ruined and tions. A perennial stream on or swimming pools filled with debris. Sediment deposited over mobile home pad on bordering the site could flood Evidence of removal of material Bonneville Terrace in Davis County. Note typi­ periodically; a dry drainage or from the site could portend future cal fan shape of deposit over break-in-slope. swale cutting the site could dis­ erosion which can undermine pave­ flooding. The creation of imperme­ gorge floodwaters and debris in the ment, landscaping and the house able surfaces, as in a new sub­ foundation itself. Water seeping aftermath of a summer cloudburst. division, however, aggravates the out onto the surface or infiltrating flooding hazard. Sediment and The direction and stability of into the subsurface also can have debris is carried farther down the the drainage channels help define deleterious effects. potential hazards as does a drainage basin before being depos­ uniform or changing slope. The ited in what might already be an slope determines the velocity of Using data about the site's urbanized area. the flow which, in turn, drainage basin-its size and runoff Streets become avenues of determines whether the sediment characteristics, upstream and drainage and should complement load increases or decreases. An downstream- engineers can design the natural drainage system. increase could denote an erosion storm sewers to accommodate Adequately designed culverts and bridges must be provided so that flood flows are not impeded. Summary Details Oil and Gas Trends Impounding waters behind such structures can inundate homes and In a unique summary of Estimates of total potential oil resources, create a general hazard in itself. onshore and offshore, for both the USA and worldwide onshore and offshore USSR fall within the same broad category: oil and gas and selected mineral between 100 billion barrels and 1,000 billion Canyon Named resources, John P. Albers, associate barrels. chief geologist, USGS, Washington, To Honor Eardley D. C., analyzes salient data and Asia (including USSR) and North America are the dominant oil producing regions of the The U. S. Board on Geo­ shows historical trends and world today, and also have the largest reserves possible future directions of new for the world of tomorrow. Asia alone, graphic Names approved the name however, contains more than 70 percent of all Eardley Canyon for a feature in developments. the reserves of the 120 countries. Emery County, Utah. Available as USGS Profes­ Howard Ritzma, UGMS sional Paper 817 ($2.l O at the The major oil and gas production is shifting from North America to Africa and Asia. petroleum geologist, with the USGS Inquiries Office, 125 S. recommendations of several prom­ State, Salt Lake City, Utah), the Major gas resources within Asia are located in inent geologists, proposed the report highlights the following: the USSR. The center of the world supply and production may shift from North America name to honor Dr. Armand J. Annual production of oil in the United States to the area of the USSR east of the Ural Eardley, a noted Utah geologist rose from about 2,900 million barrels in 1960 Mountains. who passed away last November. to 4,091 million barrels in 1971. During the same period gas production rose from 14,945 The recent trend of increasing production of I Eardley descended into the canyon billion cubic feet to 23,905 billion cubic feet. oil throughout the world is evidenced by the in 1930 while a member of a "doubling time" (time required to double USGS field party and measured Proved oil reserves for the world total about production, using 1960 as the base production 634 billion barrels (511 onshore and 101 period). The doubling time is about 2 years and described the older rocks in offshore plus an additional 22 billion for for Africa; 7 years for Asia ; 2 years for the deepest parts of the canyon. which onshore-offshore distribution data are Oceania; and an estimated 20 years for both not available); for the United States, 45.3 North and South America. The relatively short Eardley Canyon, 3 miles long billion barrels (39.6 onshore and 5.7 doubling period and large production for along the course of Straight Wash, offshore); and for the Soviet Union, about 75 Africa and Asia explain why the producing billion barrels (less than 73.6 onshore and center of oil is rapidly shifting to those lies 24 miles southwest of the city greater than 1 .4 offshore). continents. of Green River. QUARTERLY REVIEW May 1973 ) Utah Mineral Production-1971 GARFIELD COUNTY Petroleum w 1,948,000 . compiled by Carlton H. Stowe Sand and gravel w w Uranium w w UGMS Minerals Information Specialist Vanadium w w TOTAL $ 6,045,000 Mineral production and values in Utah for 1971 , compiled by the U. S. Bureau of Mines, are given GRAND COUNTY below. For a comparison with 1970 figures, see Copper 6 February 1972 Quarterly Review, p. 5. Natural gas w 9.8 BCF 3 Petroleum w 116,000 J>otassium salts w Sand and gravel w w Commodity Value Quantity Silver Uranium w w Vanadium w w BEAVER COUNTY TOTAL $ 2,710,000 Copper Pumice w1 w IRON COUNTY 6 6 Sand and gravel Iron ore w w TOTAL $ 1,946,000 Pumice w w Sand and gravel w w BOX ELDER COUNTY Stone w w lime w w TOTAL $ 12,049,000 Salt w w Sand and gravel $ 445,000 635,000 s. t.2 JUAB COUNTY Stone w w Oays w w TOTAL w Copper 6 6 Fluorspar w w CACHE COUNTY Lead 6 6 lime w w Sand and gravel $ 31,000 47,000 s. t. Silver 6 6 Sand and gravel $ 620,000 64 7,000 s. t. Stone (limestone, quartzite) 417,000 289,000 s. t. Stone w w Zinc 6 6 TOTAL w TOTAL $ 884,000 CARBON COUNTY KANE COUNTY Carbon dioxide w w Coal w 3,608,000 s. t. Coal w 12,000 s. t. Natural gas w w Pumice w w Sand and gravel w w Sand and gravel w 31,000 s. t. TOTAL w TOTAL $ 140,000 DAGGETT COUNTY MILLARD COUNTY Natural gas w w Beryllium concentrates w w .Petroleum w 6,000 Pumice w w Sand and gravel w w Sand and gravel w w Stone w w TOTAL w TOTAL w MORGAN COUNTY DAVIS COUNTY Cement, masonry and portland w w Sand and gravel $ 36,000 21,000 s. t. Sand and gravel $ 875,000 1,193,000 s. t. Stone w w TOTAL $ 875,000 TOTAL w

DUCHESNE COUNTY PIUTE COUNTY Natural gas w w Oays w w Petroleum w 2,984,000 Copper w w Sand and gravel w w Gold $ 13,778 334 t. o.4 Stone w w Lead 208,739 756 s. t. TOTAL w Sand and gravel 29,000 51,000 s. t. Silver 151,234 97,823 t. o. Zinc 313,371 973 s. t. EMERY COUNTY TOTAL $ 715,000 Coal w 836,000 s. t. Natural gas w RICH COUNTY Petroleum w 5,000 Sand and gravel w w Phosphate rock w w Uranium w w Sand and gravel w w Vanadium w w TOTAL TOTAL $ 6,150,000 (continued on next page) ( May 1973 ·QUARTERLY REVIEW Page 5)

(continued from page 4) Petroleum w 6,244,000 Phosphate rock w w SALT LAKE COUNTY Sand and gravel w w Silver w w Cement, portland w w Copper $266,399,068 256,153 s. t. TOTAL . $ 30,790,000 Gold 12,757,141 309,264 t. o. Lead 4,788,489 17,350 s. t. UTAH COUNTY lime w w Qay w w Molybdenum w w Gold w w Salt w w Lead w w Sand and gravel 3,286,000 3,014,000 s. t. Lime w w Silver 5,181,613 3,351,625 t. o. Manganiferous ore w 112 1.t.5 Stone w w Sand and gravel $ 644,000 813,000 s. t. Zinc 9,737 3,135,283 s. t. Stone w w Zinc TOTAL $318,919,000 w w TOTAL $ 9,099 ,000 SAN JUAN COUNTY Copper WASATCH COUNTY Natural gas w 7.6 BCF Copper $ 1,445,600 1,390 s. t. Natural gas liquids w w Gold 2,411 ,352 58,457 t. o. Petroleum w 11,485,000 Lead 1,321,998 4,790 s. t. Sand and gravel w w Sand and gravel w w Silver 6 6 Silver 891,521 576,663 t. o. Uranium w w Stone w w Vanadium w w Zinc 878,094 2,727 s. t. TOTAL $ 54,562,000 TOTAL SANPETE COUNTY WASHINGTON COUNTY Oays w w Petroleum w w Salt w w Pumice w w Sand and gravel w w Sand and gravel $ 72,000 36,000 s. t. Stone TOTAL w w w TOTAL SEVIER COUNTY 'Jays w w WAYNECOUNTY 2oal w 158,000 s. t. Sand and gravel $ 28,000 103 ,000 s. t. Gypsum w w Uranium w w Salt w w TOTAL $ 28,000 Sand and gravel w w WEBER COUNTY TOTAL $. 2,324,000 Oays w w SUMMIT COUNTY Magnesium compounds w w Oays w w Potassium salts w w Coal w 12,000 s.- t. Salt w w Copper $ 12,948 12 s. t. Sand and gravel $ 657,000 611 ,000 s. t. Gold 6,146 149 t. o. Sodium sulfate w w Lead 247,848 898 s. t. TOTAL $ 5,286,000 Natural gas w w Petroleum w 841,000 Sand and gravel 6 w w Undistributed t+ Silver 110,357 71 ,382 t. o. Copper $ 6,131,216 5,89_6 s. t. Stone w w Gemstones 90,000 Zinc 282,877 879 s. t. Gold 32,671 792 t. o. TOTAL $ 5,747,000 Lead 3,995,348 14 ,475 s.t. Sand and gravel 3,707,000 3,063,000 s. t. TOOELE COUNTY Silver 1,850,535 1,196,984 t. o. Copper Stone 3,947 ,000 2,266,000 s. t. Gold Zinc 3,666,179 11 ,385 s. t. Lead Undisclosed values 35,094,051 Lime w w TOTAL $ 58,514,000 Potassium salts w w Salt w w GRAND TOTAL $525,694,000 Sand and gravel w w Silver 6 6 1 W = Withheld to avoid disclosing individual company Stone (limestone, dolomite, confidential data (by USBM); values are included in county marble) $ 970,000 w totals. County totals that have been withheld to avoid Tungsten w w disclosing individual company confidential data are included ....inc 6 6 with "undistributed." TOTAL $ 8,911,000 2 s . t = short tons 3 MCF = million cubic feet; BCF = billion cubic feet VINT AH COUNTY 4 t. o. = troy ounces Asphalt and related bitumens W w 5 1. t. = long tons Gilsonite W w 6 Production of Beaver, Grand, Juab, San Juan and Tooele Natural gas W 17.6 BCF counties combined to avoid disclosing individual company Natural gas liquids W w confidential data. (Page 6 QUARTERLY REVIEW May 1973)

with Nuclear Explosives, January 14-16, 1970, v. 2, p. 1364-1375; also Engineering Utah Geology In Print 1972 Index, v. 1, no. 1, p. 257.

CASE, J. E . and H. R. Joesting, 1972, Principal BAKER, A. A., 1972a, Geologic map of NE A list of papers appearing in 1972 which facts for gravity stations in the central Colo­ part of Spanish Fork Peak quadrangle, pertain to the geology and mineral industry in rado Plateau, Arizona, Colorado, New Utah: U. S. Geol. Survey open-file rept. Utah has been prepared a1id printed below. Mexico and Utah: U.S. Dept. Commerce, Natl. Tech. Inf. Serv. Rept. PB2-11306. The s taff of the University of Utah __l972b, Geologic map of the Bridal Falls Engineering and Physical Sciences Library, quadrangle, Utah: U. S. Geol. Survey Geol. Quad. Map GQ-998. CASHION, W. B. and J. R. Donnell, 1972, under the direction of Edith Rich, generously Chart showing correlation of selected key provided the Quarterly R eview staff with the units in the organic-rich sequence of the BEUTNER, E. C., 1972, Curvature of the fron­ list of papers. Sylvia Goeltz, UGMS, compiled Green River Formation, Piceance Creek tal Sevier orogenic belt (abs.): Geol. Soc. the subject index. Basin, Colorado, and Uinta Basin, Utah: Am. Abs., v. 4, no. 7, p. 451. U. S. Geol. Survey Oil Gas Inv. Chart The papers are listed alphabetically by OC-65. author and by subject. BJORKLUND, L. J. and L. J . McGreevy, 1971, Ground-water resources of Cache Valley, The following sources were used to provide Utah and Idaho: Utah Dept. Nat. Res. Tech. CHATFIELD, J., 1972, Case history of Red information: Publ., no. 36, 72 p. Wash field, Uintah County, Utah, in Strati­ graphic oil and gas fields- classification, Abstracts of North American Geology. exploration methods and case histories: Am. BLAKEY, R. C., 1972, Stratigraphy and dep­ Assoc. Petrol. Geol. Mem., no. 16, p. Applied Science and Technology Index. ositional environments of Moenkopi Forma­ 3 4 2-35 3 (Soc. Explor. Geophys. , Spec. Engineering Index Monthly 1972. tion in sou th eastern Utah (abs.): Am. Assoc. Publ., no. 10, 1972). Petrol. Geol. Bull., v. 56, no. 3, p. 604. Geological Society of America, Bibliography CLARKSON, J. F., W. L. Roberts and A. L. and Index of Geology. BOLKE, E . L. and D. Price, 1972, Hydrologic Lingard, 1971, Hidalgoite from Gold Hill, Miscellaneous. reconnaissance of the Blue Creek Valley Utah: Min. Rec., v. 2, no. 5, p. 212-213. University of Utah and Brigham Young area, Box Elder County, Utah: Utah Dept. University theses. Nat. Res. Tech. Publ., no. 37, 38 p. COMPTON, R . R ., 1972, Geologic map of the Yost quadrangle, Box Elder County, Utah, U. S. Geological Survey Publica tions, 1972. and Cassia County, Idaho: U.S. Geol. Utah Geological and Mineralogical Survey BOLKE, E. L. and K. M. Waddell, 1972, Survey Map 1-672. Publications, 1972. Groundwater conditions in the East Shore area, Box Elder, Davis and Weber counties, CONDIE, K. C. and C. K. Barsky, 1972, Origin Utah, 1960-1969: Utah Dept. Nat. Res. of Quaternary basalts from the Black Rock AMBJAH, R., 1972, An apparatus to determine Tech. Publ., no. 35, 53 p. Desert region, Utah: Geol. Soc. Am. Bull. water dispersion through sand: M. S. thesis, 83, p. 333-352; also Applied Science Tech. Univ. of Utah. BOWERS, W. E., 1972, The Canaan Peak, Pine lndex,v. 60,no.8,p. 171. Hollow, and Wasatch formations in the ANDERSEN, D. W., 1972, Stratigraphy of the Table Cliff region, Garfield County, Utah: COOK, K. L. and M. W. Major, 1971, Secular Duchesne River Formation (Eocene­ U.S. Geol. Survey Bull. 1331-B, 39 p. strain measurements near the Wasatch fault, Oligocene?), northern Uinta Basin, north­ Utah (abs.), in Symposium on distribution eastern Utah: M. S. thesis, Univ. of Utah; of stresses within the earth, slow deforma­ also (and M. D. Picard), Utah Geol. and BRIMHALL, W. H., 1972, Recent history of tion, mechanism of earthquakes, pt. 5: Int. Mineralog. Survey Bull. 97, 29 p. Utah Lake as reflected in its sediments- a Union Geod. Geophys., 15th Gen. Assem., first report: Brigham Young Univ. Geol. Abs., Moscow, p. 35. ANDERSEN, D. W. and M. D. Picard, 1972, Studies, v. 19, pt. 2, p. 121-126. Secondary and post-depositional redbeds of COOK, K. L. and J.M. Anderson, 1972, Corre­ Duchesne River Formation (Eocene­ BURCHFIEL, B. C. and C. W. Hickcox, 1972, lation of earthquakes with changes in strain Oligocene?), Uinta Basin, Utah (abs.): Am. Structural development of central Utah, in and tilt near the Wasatch fault, Utah (abs.): Assoc. Petrol. Geol. Bull., v. 56, no. 3, p. Plateau- Basin and Range transition zone, Geol. Soc. Am. Abs., Cordilleran Sec., 68th 601. central Utah: Utah Geol. Assoc. Publ. 2, p. Ann. Mtg., v. 4, no. 3, p. 139-140. 55-66. ANDERSON, J. M., 1972, A study of the COOK, K. L. and J. W. Berg, Jr., 1972, Prin­ possible correlation of strain, tilt and earth­ CADIGAN, R. A., 197 la, Geochemical distri­ cipal facts for gravity stations along the quakes: M. S. thesis, Univ. of Utah. bution of some metals in the Moenkopi central and southern Wasatch Front, Utah: Formation and related strata, Colorado U.S. Dept. Commerce, Natl. Tech. Inf. ARMSTRONG, R. L., 1972, Low-angle (denu­ Plateau region: U. S. Geol. Survey Bull. Serv., PB-206-675, 32 p. dation) faults, hinterland of the Sevier 1344. orogenic belt, eastern Nevada and western COOK, K. L. and J. R. Montgomery, 1972, Utah: Geol. Soc. Am. Bull., v. 83, no. 6, p. __ l 971 b, Petrology of the Triassic Moen­ East-west transverse structural trends in 1729-1754. kopi Formation and related strata in the eastern Basin and Range Province as indi­ Colorado Plateau region, with a section on cated by gravity data (abs.): Geol. Soc. Am. AUSTIN, L. H. and G. V. Skogerboe, 1970, stratigraphy by J. H. Stewart: U.S. Geol. Abs., North-Central Sec. , 6th Ann. Mtg., v. Hydrologic inventory of the Uintah study Survey Prof. Paper 692. 4,no.5,p.315. unit: Utah Div. Water Res. Lab., Prag. Rept., no. 49-5 , 182 p. CADIGAN, R. A. and D. E. Stuart-Alexander, COOPER, H. F ., Jr. and S. E. Blouin, 1971 , 1972, Geochemical factor analysis of intru­ Dynamic in situ rock properties from buried BAGHOOMIAN, 0 ., 1972, Excess pore pres­ sion breccia and reconstituted rocks of Mule high explosive arrays, in Dynamic rock sure and in situ measurement of shear Ear diatreme, San Juan County, Utah: U. S. mechanics: Sym. Rock Mech. , Proc., no. 12 , strength gain in clays: Ph. D. thesis, Univ. of Geol. Survey Prof. Paper 800-B, p. p. 45-70. Utah. Bl25-B135. COVINGTON, H. R., 1972a, Map showing BAILEY, G. B., 1971 , Wall rock alteration as a CARPENTER, H . C., H . W. Sohns and G. U. length of freeze-free season in the Salina guide to lode deposit ore in the Park City Dinneen, 1970, Oil shale research related to district, Utah : M. S. thesis, Univ. of Iowa. proposed nuclear projects: Sym. on Eng. (continued on next page) (May 1973 QUARTERLY REVIEW Page 7)

(continued from page 6) DOELLING, H. H. and R. L. Graham, 1972a, Northeastern Sec., 7th Ann Mtg., v. 4, no. Southwestern Utah coal fields-Alton, 1, p. 18-19. quadrangle, Utah: U.S. Geol. Survey Misc. Kaiparowits Plateau and Kolob-Harmony: Geol. Inv. Map I-591-E. Utah Geol. and Mineralog. Survey. Mono. HACKMAN, R. I. and P. L. Williams, 1972, Series, no. 1, 333 p. Map showing drainage basins and historic __ 1972b, Map showing springs in the Salina cloudburst floods in the Salina quadrangle: quadrangle, Utah: U.S. Geol. Survey Misc. __ l972b, Eastern and northern Utah coal U.S. Geol. Survey Misc. Geol. Inv. Map Geol. Inv. Map I-591-G. fields-Vernal, Henry Mountains, Sego, La 1-591-N. Sal-San Juan, Tabby Mountain, Coalville, __ l972c, Topographic relief map of the Henrys Fork, Goose Creek and Lost Creek: HALE, L. A., 1972, Depositional history of the Salina quadrangle, Utah: U.S. Geol. Survey Utah Geol. and Mineralog. Survey Mono. Ferron Formation, central Utah, in Misc. Geol. Inv. Map 1-591-C. Series, no. 2, 409 .p . Plateau-Basin and Range transition zone, central Utah: Utah Geol. Assoc. Publ. 2, p. COVINGTON, H. R. and P. L. Williams, 1972a, DOYURAN, V., 1972, Geology and ground­ 29-40. Map showing normal annual and monthly water resources of Ogden Valley, Utah: precipitation in the Salina quadrangle, Utah: Ph.D. thesis, Univ. of Utah. HAMMOND, D.R., 1971, A petrofabric study U.S. Geol. Survey Misc. Geol. Inv. Map of the Tintic Quartzite (lower and middle 1-591-D. DUNRUD, C. R. and B. K. Barnes, 1972, Cambrian) in the area of the Willard thrust, Engineering geologic map of the Geneva northern Utah: M. S. thesis, Univ. of Utah. __ l972b, Surface water map of the Salina mine area, Carbon and Emery counties, quadrangle, Utah: U.S. Geol. Survey Misc. Utah: U.S. Geol. Survey Misc. Geol. Inv. HAMMOND, D. R. and W. T. Parry, 1972, Geol. Inv. Map 1-591-F. Map 1-704. Willard thrust- direction of thrusting from quartz deformation lamellae measurements: CRITTENDEN, M. D., Jr., 1972a, Geologic EARDLEY, A. J., 1972, Willard thrust and the Geol. Soc. Am. Bull. 83, p. 1103-110t6;a/so map of the Browns Hole quadrangle, Utah: Cache alloch thon, Utah- discussion: Geo1. Applied Science Tech. Index, v. 60, no. 10, U.S. Geol. Survey Map GQ-968. Soc. Am. Bull., v. 83, no. 9, p. 2881. p. 85.

__ l972b, Willard thrust and the Cache EPPICH, G. K., 1972, Aeromagnetic survey of HANSEN, W.R. , 1972, Geology of the Flaming allochthon, Utah: Geol. Soc. Am. Bull., v. south-central Utah: M. S. thesis, Univ. of Gorge quadrangle, Utah-Wyoming: U.S. 83,no.9,p.2871-2880. Utah. Geol. Survey Geol. Quad. Map GQ-7 5.

CROCKETT, F. J., 1971, A preliminary study ERB, E. E., Jr., 1971, Geology of the volcanic HARR, N. J., 1972, Phosphatic rocks, in of the use of the oxygen isotope ratios as an rocks north of Salina Canyon, Salina, Utah: Geologic atlas of the Rocky Mountain exploration tool in the Park City district, M. S. thesis, Ohio State Univ. region: Rocky Mtn. Assoc. Geol., p. Utah: M. S. thesis, Univ. of Utah. 322-323. FRANCIS, G. G., 1972, Stratigraphy and envi­ CROSBY, G. W., 1972, Dual origin of Basin ronmental analysis of the Swan Peak Forma­ HAWS, F. W., R. W. Jeppson and A. L. Huber, and Range faults, in Plateau- Basin and tion and Eureka Quartzite, northern Utah: 1970, Hydrologic inventory of the Weber Range transition zone, central Utah: Utah M. S. thesis, Utah State Univ. River study unit: Utah Div. Water Res. Lab., Geol. Assoc. Publ. 2, p. 67-73. Prog. Rept., no. 40-6, 131 p. FURNISS, B. and W. D. Tidwell, 1972, CULBERTSON, W. C., 1972, Road log from Cycadeoidales from the Cedar Mountain HA YNES, D. D. and others, 1972, Geology, Rock Springs, Wyoming, to Manila, Utah: Formation near Moab, Utah (abs.): Geol. structure and uranium deposits, Cortez Mtn. Geol., pt. I, v. 9, no. 2-3, p. 103-109. Soc. Am. Abs., Rocky Mtn. Sec., 25th Ann. quadrangle, Colorado and Utah: U.S. Geol. Mtg., v. 4, no. 6, p. 377. Survey Map 1-629. CUMMINGS, K. F., 1972, Oil and gas explora­ tion activity hingeline play, central Utah, in GALLOWAY, C. L., 19 71, Structural geology HELMSTAEDT, H., 0. L. Anderson and A. T. Plateau-Basin and Range transition zone, of eastern part of the Smithfield quadrangle, Gavasci, 1972, Petrofabric studies of central Utah: Utah Geol. Assoc. Publ. 2, p. Utah: M. S. thesis, Utah State Univ. eclogite, spinel-websterite and spinel­ 91-92. lherzolite xenoliths from kimberlite-bearing GOEKE, G., 1970, Eine kambrische trilobiten­ breccia pipes in southeastern Utah and DAVIDSON, D. F., 1971, Some aspects of geo­ fauna im Millard Co., Utah, USA (A northeastern Arizona: Jour. Geophys. Res., chemistry and mineralogy of Bear Lake sed­ Cambrian trilobite fauna from Millard v. 77, no. 23, p. 4350-4365. iments, Utah-Idaho: M. S. thesis, Utah State County, Utah): Aufschluss, v. 21, no. 7-8, p. Univ. 273-275. HEWITT, W. P. , C. H. Stowe and R.R. Strom­ berg, 1972, Utah's geothermal resources­ GORDON, M., Jr., 1971, Primitive squid gladii DECKER, E. R., 1972, Heat flow and radio­ location, potential, and administrative from the Permian of Utah: U.S. Geol. activity in Colorado, New Mexico, Texas, agencies, in Geothermal overviews of the Survey Prof. Paper 750-C, p. C34-C38. Utah, and Wyoming (abs.): Eos (Am. western United States: Geotherm. Res. Geophys. Union, Trans.), v. 53, no. 4, p. Coun., Davis, Calif., 7 p. 516-517. GOSE, W. A. and C. E. Helsley, 1972, Paleo­ magnetic and rock-magnetic studies of the HINTZE, L. F., 1972, Lower Paleozoic strata in DE VOTO, R. H. and others, 1972, Tertiary Permian Cutler and Elephant Canyon forma­ and Cretaceous energy resources of the central Utah, in Plateau- Basin and Range tions in Utah: Jour. Geophys. Res., v. 77, transition zone, central Utah: Utah Geol. southern Rocky Mountains; in Energy and no. 8, p. 1534-1548. mineral resources of the southern Rocky Assoc. Publ. 2, p. 7-11. Mountains: Mtn. Geol., v. 9, no. 2-3, p . ; 79-134 (AAPG Field Trip 2). GROMME, C. S., E. H. McKee and M. C. Blake, HITE, R. J ., 1972, Shelf carbonate sedimenta­ Jr., 1972, Paleomagnetic correlations and tion controlled by salinity in the Paradox. DOELLING, H. H., 1972a, Coal in the Sevier­ potassium-argon dating of middle Tertiary Basin, southeast Utah, in Environments of Sanpete region, in Plateau-Basin and Range ash-flow sheets in the eastern Great Basin, sandstone, carbonate and evaporite deposi­ transition zone, central Utah: Utah Geol. Nevada and Utah: Geol. Soc. Am. Bull., v. tion: Mtn. Geol., v. 9, no. 2-3, p. 329-344. Assoc. Publ. 2; p. 81-89. 83, no. 6 , p. 1619-1638. HITE, R. J., F. W. Cater and J. A. Urning, __l972b, Tertiary strata, Sevier-Sanpete GUTSCHICK, R. C. and J. Rodriguez, 1972, 1972, Pennsylvanian rocks and salt anti­ region, in Plateau - Basin and Range Paleosymbionts of the Louisiana Limestone clines, Paradox Basin, Utah and Colorado, in transition zone, central Utah: Utah Geol. (upper Devonian) and two Cordilleran Assoc. Pub!. 2, p. 41-53. correlatives (abs.): Geol. Soc. Am. Abs., (continued on next page) (Page 8 QUARTERLY REVIEW May 1973)

( continued from page 7) JOHNSON, A. H., 1972, Paleomagnetic results MELTON, R. A., 1972, Paleoecology and from the lower Jurassic (abs.): Eos (Am. paleoenvironments of the Upper Honaker Geologic atlas of the Rocky Mountain Geophys. Union, Trans.), v. 53, no. 4, p. Trail Formation near Moab, Utah: Brigham region: Rocky Mtn. Assoc. Geol., p. 357. Young Univ. Geol. Studies, v. 19, ·pt. 2, p. 133-142. 45-88. JONES, A. M., 1972, Study of internal struc­ HITE, R. J. and others, 1972, Carbonate and tures of fine-grained elastic rocks by X­ MERRILL , R. B., J. K. Robertson and P. J. evaporite facies of the Paradox Basin, in radiography: Brigham Young Univ. Geol. Wyllie, 1972, Dehydration reaction of Environments of sandstone, carbonate and Studies, v. 19, pt. 1, p. 131-158. titanoclinohumite; reconnaissance to 30 evaporite deposition: Mtn. Geol., v. 9, no. kilobars: Earth Planet. Sci. Letter., v. 14 , 2-3 , p. 299-328. JONES, L. M. and G. Faure, 1972, Strontium no. 2, p. 259-262. isotope geochemistry of Great Salt Lake, HOGG, N. C., 1972a, High potassium calc­ Utah: Geol. Soc. Am. Bull., v. 83, no. 6, p. MERRILL, R. C., 1972, Geology of the Mill alkaline volcanic rocks from the eastern 1875-1879. Fork area, Utah: Brigham Young Univ. Great Basin (abs'.): Geol. Soc. Am. Abs., Geol. Studies, v. 19, pt. 1, p. 65-88. Rocky Mm. Sec., 25th Ann. Mtg., v. 4, no. KALISER, B. N., 1972, Environmental geology 6, p. 382. of Bear Lake area, Rich County, Utah: Utah MIKULICH, M. J. and R. B. Smith, 1972, Geol. and Mineralog. Survey Bull. 96, 32 p. Subsurface geology of the Great Salt Lake, __ l972b, Shoshonitic lavas in west central Utah, from seismic reflection and aero­ Utah: Brigham Young Univ. Geol. Studies, KIDSON, E. J., 1971, Palynology and paleo­ magnetic surveys (abs.): Geol. Soc. Am. Abs., Rocky Mtn. Sec., 25th Ann. Mtg., v. V. 19, pt. 2, p. 133-184. ecology of the Buck Tongue of the Mancos Shale (upper Cretaceous) from east central 4, no. 6, p. 395. HOGGAN, R. D., 1971, Paleoecology of the Utah and western Colorado: Ph. D. thesis, Devonian Guilmette Formation in western Mich. State Univ.; also Dissert. Abs., v. 32B, MILLER , J. F., 1971, Conodont evolution and Utah and east central Nevada: Ph. D. thesis, no. 9, p. 5257-B. biostratigraphy of the upper Cambrian and Brigham Young Univ. lowest Ordovician (Texas, Oklahoma, KURYVIAL, R. J., 1971, Behavior of some Nevada and Utah): Ph.D. thesis, Univ. of HOHL, A. H., 1970, Periglacial features and minor elements in coexisting plagioclase, Wisc., Madison. related surficial deposits of Bull Creek orthoclase and biotite from three intrusive Basin, Henry Mountains, Utah: Ph.D. bodies (Tertiary) located in the central MOLENAAR, C. M., 1972, Petroleum and thesis, Johns Hopkins Univ; also Dissert. Wasatch Range (Utah): Ph. D. thesis, Miami natural gas-the Paradox Basin, in Geologic Abs., v. 33B, no. 5, p. 2153-B. Univ. atlas of the Rocky Mountain region: Rocky Mtn. Assoc. Geol., p. 282-284. HOOD, J. W., 1971, Hydrologic reconnaissance LA PRAY, B. A., 1972, Bibliography of U. S. MONSALVE, 0. A. , 1972, Geology of the San of Hansel Valley and northern Rozel Flat, Geological Survey Water-Resources Reports Arroyo gas field, Grand County, Utah: M. S. Box Elder County, Utah: Utah. Dept. Nat. for Utah: Utah Dept. Nat. Res. Inf. Bull., Res. Tech. Publ., no. 33, 25 p. no. 22, 53 p. thesis, Univ. of Utah. __ 1972, Hydrologic reconnaissance of the MOORE, C. A., 1972, Factors which may LA WYER, G. F ., 1972, Sedimentary features Promontory Mountains area, Box Elder affect occurrence of gas in San Juan and and paleoenvironment of the Dakota Sand­ County, Utah: Utah. Dept. Nat. Res. Tech. Uinta basins, Rocky Mountains (abs.): Am. stone (early upper Cretaceous) near Hanks­ Publ., no. 38, 35 p. Assoc. Petrol. Geol. Bull., v. 56, no. 3, p. ville, Utah: Brigham Young Univ. Geol. 640-641. Studies, v. 19, pt. 2, p. 89-120. HOWARD, J. D., 1972, Trace fossils as criteria for recognizing shorelines in stratigraphic MORLEY, L. A., 1972, Electro-osmotic stabili­ MAIONE, S. J., 1972, Stratigraphy of the record, in Recognition of ancient sedimen­ zation of mine minerals: Ph.D. thesis, Univ. Frontier Sandstone Member of the Mancos tary environments: Soc. Econ. Paleon. of Utah. Shale (upper Cretaceous) on the south flank Mineral., Spec. Publ., no. 16, p. 215-225. of the eastern Uinta Mountains, Utah and MUELLER, G. T. J. and others, 1972, A crustal Colorado: M. S. thesis, Colo. Sch. Mines. low-velocity zone in Utah (abs.): Geol. Soc. HOWES , R. C., 1972, Geology of the Wildcat Am. Abs., Cordilleran Sec., 68th Ann. Mtg., Hills, Utah: M. S. thesis, Utah State Univ. MAUGER, R . L., 1972, A sulfur isotope study v.4,no. 3, p. 204. of bituminous sands from the Uinta Basin, HURLEY, W. D., Jr., 1972, Slope stability­ Utah (abs.): Int. Geol. Cong. Abs.-Cong. MUELLER, S. and M. Landisman, 1971, An Echo Canyon conglomerate: Ph. D. thesis, Geol. Int., Resumes, no. 24, p. 168-169. example of the unified method of interpre­ Univ. of Utah. tation for crustal seismic data: R. Aston. MAY, F. E. and A. Traverse, 1971, Palynology Soc., Geophys. Jour., v. 23, no. 4, p. of the Dakota Sandstone, Willis Creek HYATT, M. L. and others, 1969, Hydrologic 365-371. Canyon, Paunsaugunt Plateau near Bryce inventory of the Utah Lake drainage area: Canyon National Park, southern Utah MULLENS, T. E., 1971, Revised correlation of Utah. Div. Water Res. Lab., Prag. Rept., no. (abs.): Am. Assoc. Strat. Palynol., Ann. 40-3, 138 p. some carboniferous rock units in the Causey Mtg., Abs. Paper, no. 4, p. 14. Dam quadrangle, Weber County, Utah: U.S. Geol. Survey Prof. Paper 750-D, p. IRWIN, C. D. , 1971, Stratigraphic analysis of MC CARTER, M. K., 1972, A correlation of D105-D107. upper Permian and lower Triassic strata in strength and dynamic properties of some southern Utah: Am. Assoc. Petrol. Geol. elastic sedimentary rocks: Ph. D. thesis, NAESER, C. W., 1971 , Geochronology of the Bull., v. 55, no. 11, p. 1976-2007 ; also Univ. of Utah. Navajo-Hopi diatremes, Four Comers area: Engineeringlndex, v. 10, no. 4, p.237. four. Geophys. Res., v. 76, p. 4978-4985. MC GREEVY , L. J. , 1972 , Specific­ JENSEN, L. E., 1972, Effect of stress gradients conductance survey of the Malad River, NELSON, M. E., 1971, Stratigraphy and pale­ on fra cture of rock: M. S. thesis, Univ. of Utah and Idaho: U.S. Geol. Survey Prof. ontology of Norwood Tuff and Fowkes Utah. Paper 800-C, p. C239-C24 l . Formation, northwestern Utah and south­ western Wyoming (abs.): Dissert. Abs. Int., MEDLYN , D. A. and W. D. Tidwell, 1972 v. 32,no.6,p 3541B. JOHN, E. C., 1972, Petrology and petrography 1 of the intrusive igneous rocks of the Levan Petrified woods from the Morrison Forma~ __1972, Age and stratigraphic relations of area, Juab County, Utah, in Plateau- Basin tion near Clay Point, Utah (abs.): Geol. Soc. the Fowkes Formation and Norwood Tuff, and Range transition zone, cen tral Utah: Am. Abs., Rocky Mtn. Sec. , 25th Ann. Utah Geol. Assoc. Publ. 2, p. 97-107 . Mtg., v. 4, no. 6, p. 394. (continued on next page) ( May 1973 QUARTERLY REVIEW Page 9)

(continued from page 8) PICARD, M. D. and L. R. High, Jr., 1972a, ROEHLER, H. W., 1972, Geologic map of the Criteria for recognizing lacustrine rocks, in Red Creek Ranch quadrangle, Wyoming, southwestern Wyoming and northeastern Recognition of ancient sedimentary environ­ Utah and Colorado: U.S. Geol. Survey Map. Utah (abs.): Geol. Soc. Am. Abs., Rocky ments: Soc. Econ. Paleon. and Min., Spec. GQ-1001. Mtn. Sec., 25th Ann. Mtg., v. 4, no. 6, p. Publ. 16, p. 108-145. 397-398. ROWLEY, P. D., 1972, Cenozoic history of the __l972b, Paleoenvironmental reconstruc­ Black Mountains, southwestern Utah (abs.): NEWELL, R. A. , 1971, Geology and geochem­ tions in an area of rapid facies change, Geol. Soc. Am. Abs., with Prog., v. 4, no. 6 , istry of the northern Drum Mountains, Juab Parachute Creek Member of Green River p. 405. County, Utah: M. S. thesis, Colo. Sch. Formation (Eocene), Uinta Basin, Utah: Mines. Geol. Soc. Am. Bull., v. 83, no. 9 , p. ROWLEY, P. D. and J. H. Anderson, 1972, 2689-2708. Cenozoic normal fault structures of the NEWMAN, G. J., 1972, Conodonts and bio­ southwestern high plateaus and adjacent stratigraphy of the lower Mississippian in PINNELL, M. L. , 1972, Geology of the Thistle Great Basin, Utah (abs.): Geol. Soc. Am. western Utah and eastern Nevada (abs.) : quadrangle, Utah: Brigham Young Univ. Abs., with Prog., v. 4 , no. 6, p. 406. Geol. Soc. Am. Abs., North Central Sec., Geol. Studies, v. 19, pt. 1, p. 89-130. 6th Ann. Mtg., v. 4, no. 5, p. 340. SAVAGE, W. Z. and G. M. Sowers, 1972, PRATT, H. R., W. S. Brown and W. F. Brace, Criteria for separating stable and unstable OLMORE, S. D., 1972, Pillow lavas of the 1971 , In situ determination of strength folding- III, Stable bending (abs.) : Eos (Am. Chin1e Formation in the southern Wah Wah properties in a quartz diorite rock mass, in Geophys. Union, Trans.), v. 53, no. 4, p. Mountains, Beaver County, Utah (abs.): Dynamic rock mechanics: Sym. Rock 523-524. Geol. Soc. Am. Abs., Rocky Mtn. Sec., 25th Mech. , Proc., no. 12, p. 27-43. Ann. Mtg., v. 4, no. 6, p. 400. SAXON, F . C. , 1972, Water-resource evaluation PRICE, D. , 1972a, Map showing general avail­ of Morgan Valley, Morgan County, Utah: OLSEN, D. R., 1972, Igneous petrology of ability of ground water in the Salina quad­ M. S. thesis, Univ. of Utah. White Pine Canyon, Wasatch Mountains, rangle, Utah: U. S. Geol. Survey Misc. Geol. Utah (abs.): Geol. Soc. Am. Abs., Rocky Inv. Map 1-591-M. SA YEED, U. A., 1972, A note on the Kern Mtn. Sec., 25th Ann. Mtg., v. 4 , no. 6, p. Mountains plutonic complex, White Pine 400-401. __ l972b, Map showing general chemical County, Nevada and Juab County, Utah quality of ground water in the Salina quad­ (abs.): Geol. Soc. Am. Abs., Rocky Mtn. OSTERWALD, F. W. and others, 1971, Field rangle, Utah: U.S. Geol. Survey Misc. Geol. Sec., 25th Ann. Mtg., v. 4, no. 6 , p. 407. instrumentation studies of earth tremors Inv. Map 1-591-K. and their geologic environments in central SCHULINGKAMP, W. J., 1972, Petrology of Utah mining areas: U. S. Geol. Survey Prof. RAUP, 0. B., 1972a, Bromine distribution in the Ordovician Swan Peak Formation, Paper 693 , 20 p. some halite rocks of the Paradox Member, southeastern Idaho and north central Utah: Hermosa Formation, in Utah, in Environ­ M. S. thesis, Utah State Univ. ments of sandstone, carbonate and evaporite O'SULLIVAN, R. B. and others, 1972, Stratig­ deposition: Mtn. Geol., v. 9, no. 2-3, p. SHAWE, D. R., 1972, Reconnaissance geology raphy of the Cretaceous rocks and the 345-354. and mineral potential of Thomas, Keg and Tertiary Ojo Alamo Sandstone, Navajo and Desert calderas, central Juab County, Utah: Hopi Indian reservations, Arizona, New __l972b, Origin of rare-earths in a marine U.S. Geol. Survey Prof. Paper 800-B, p. Mexico, and Utah: U. S. Geol. Survey Prof. e vaporite mineral (with discussion), in B67-B77. Paper 521-E. Geology of saline deposits- Geologie des depots satins (incl. Fr. summ.): Unesco SHEEHAN, P. M. , 1971, Silurian Brachiopoda, PABST, A. and C. Milton, 1972, Leucosphenite Earth Sci. Ser., no. 7, p. 103-109. and its occurrence in the Green River community ecology and stratigraphic geol­ Formation of Utah and Wyoming: Am. ogy in western Utah and eastern Nevada, Min. , v. 57, no. 11-12, p. 1801-1822. RIGBY, J. K. and A. J. Swensen, 1972, Penn­ with a section on late Ordovician stratig­ sylvanian sponges from the Oquirrh Group raphy: Ph. D. thesis, Univ. of Calif., PAUL, C. R. C., 1972, Ch eirocystella antiqua of central Utah: Brigham Young Univ. Geol. Berkeley. gen. et sp. nov. from the lower Ordovician Studies, v. 19, pt. 2, p. 127-132. of western Utah, and its bearing on the evo­ SHUEY, R. T., 1972, Paleomagnetic and paleo­ climatic implications of a deep core from lution of the Cheirocrinidae (Rhombifera: RITZMA, H . R., 1971 , Faulting on the north Glyptocystitida): Brigham Young Univ. Pleistocene Lake Bonneville (abs.) : Eos flank of the Uinta Mountains, Utah and (Am. Geophys. Union, Trans.), v. 53, no. 4 , Geol. Studies, v. 19, pt. 1, p . 15-63. Colorado, in Symposium on Wyoming tec­ p. 356. tonics and their economic significance: PETERSON, D. L. , 1972, Principal facts for Wyo. Geol. Assoc. Guidebook, no. 23 , p. SMITH, J. W., L. G. Trudell and W. A. Robb, gravity stations in the San Francisco district 145-150. and adjoining areas, Utah: Natl. Tech. Inf. 1972, Oil yields and characteristics of Green Serv. Rept. PB2-10681. River Formation oil shales at Wasco EX-1, __ l972a, Petroleum and natural gas- the Uintah County, Utah : U.S. Bur. Mines PETERSON, P.R., 1972a, Pariette Bench field : Uinta Basin, in Geologic atlas of the Rocky Rept. Inv. 7693. Utah Geol. and Mineralog. Survey Oil and Mountain region : Rocky Mtn. Assoc. Geol. , SMITH, R. B. and others, 1972, Source mech­ Gas Field Studies, no. 1. p. 276-278. anisms of microearthquakes associated with underground mines in Utah (abs.): Geol. __ l972b, Agate field area : Utah Geol. and __ l972b, Six Utah " hingeline" wells, in Soc. Am. Abs. , Cordilleran Sec., 68th Ann. Mineralog. Survey Oil and Gas Field Studies, Plateau- Basin and Range transition zone, Mtg., v. 4, no. 3, p. 240. no. 2. central Utah: Utah Geol. Assoc. Publ. 2, p. 75-80. SMITH, R. K. , 1972, The mineralogy ~d __ l972c, Grassy Trail Creek field: Utah petrology of the contact metamorphic Geol. and Mineralog. Survey Oil and Gas ROBISON , R . A., 1972, Hypostoma of aureole around the Alta stock, Utah: Ph.D. Field Studies, no. 3. agnostid trilobites: Lethaia, v. 5, no. 2, p. thesis, Univ. of Iowa; also Dissert. Abs., v. 239-248. 32B, no. 12, p. 7119-B. PETERSON , P. R. and H. R. Ritzma, 1972, ROBISON, R. A. and L. F. Hintze, 1972, An SORENSEN, M. L. and M. D. Crittenden, 1972, Oil-impregnated sandstone, Thistle area, Preliminary geologic map of part of the Utah County, Utah, in Plateau- Bas in and ea rly Cambrian trilobite fa unule from Utah: Brigham Young Univ. Geo!. Studies, v. 19, Range transition zone, central Utah : Utah (continued on next page) Geo!. Assoc. Publ. 2, p. 93-95 . pt. 1, p. 3-13. (rage 10 QUARTERLY REVIEW May 1973 )

(continued from page 9) shale and mmmg experiments: Soc. Prof. Utah: U. S. Geol. Survey Misc. Geol. Inv. Well Log Anal. Ann. Logging Sym., Trans., Map 1-766-A. Wasatch Range near North Ogden, Utah: no. 13, paper L, 14 p. U. S. Geol. Survey Misc. F ield Studies Map __ l972f, The earth below the · Hall of MF-428. THOMPSON, W. D ., 1971, Stratigraphy of Justice, Salt Lake City, Utah: Utah Geol. black shale facies of Green River Formation and Mineralog. Survey Earth Sci. Ser., no. 3. STAATZ, M. H., 1972, Geologic map of the (Eocene), Uinta Basin, Utah: M. S. thesis, Dugway Proving Ground SW quadrangle, Univ. of Utah. VAN WEST, F. P., 1972, Green River oil shale, Tooele County, Utah: U. S. Geol. Survey in Geologic atlas of the Rocky Mountain Map GQ-992. TIDWELL, W. D. and N. Hebbert, 1972, Tempskya from the Cedar Mountain Forma­ region : Rocky Mtn. Assoc. Geol., p. 287-289. STANLEY, W. D., 1972, Geophysical study of tion near Moab, Utah (abs.) : Geol. Soc. Am. unconsolidated sediments and basin struc­ Abs., Rocky Mtn. Sec., 25th Ann. Mtg., v. ture in Cache Valley, Utah and Idaho: Geol. 4, no. 6, p. 417-418. VARNEY, P. J., 1972, Depositional environ­ ment of the Mineral Fork Formation (Pre­ Soc. Ap. Bull., v. 83, no. 6 , p . 1817-1830. TIDWE LL, W. D., G. Thayn and F. Terrell, cambrian), Wasatch Mountains, Utah: M. S. thesis, Univ. of Utah. STEINER, M. B. and C. E. Helsley, 1972, 1972, New upper Pennsylvanian fossil plant Jurassic polar movement relative to North locality from the Honaker Trail Formation WADDELL, K. M. and D. Price, 1972, Quality America: Jour. Geophys. Res., v. 77, no. 26, near Moab, Utah (abs. ) : Geol. Soc. Am. of surface water in the Bear River Basin, p. 4981-4993. Abs., Rocky Mtn. Sec., 25th Ann. Mtg., v. 4 , no. 6 , p . 417. Utah, Wyoming, and Idaho: U.S. GeoL STEWART, J . H. and others, 1972, Stratig­ Survey Hydro!. Inv. Atlas HA-417. raphy and origin of the Chink Formation TOLLEY, M. A ., 1971, Hydrothermal alter­ WALLACE, C. A., 1972, A basin analysis of the and related upper Triassic strata in the Colo­ ation of ash-flow tuffs in the Indian Peak upper Precambrian Uinta Mountain Group, rado Plateau region: U. S. Gcol. Survey district of southwestern Utah: M. S. thesis, Utah: Ph.D. thesis, Univ. of Calif., Santa Prof. Paper 690. Univ. of Mo. at Rolla. Barbara; also Dissert. Abs., v. 33B, no. 5, p. 2158-B. STOKES, W. L. , 1972, Stratigraphic problems TOOKER , E. W., 1971 , Regional structural of the Triassic and Jurassic sedimentary controls of ore deposits, Bingham mining WELSH, J . E., 1972, Upper Paleozoic stratig­ rocks of central Utah, in Plateau- Basin and district, Utah, U . S . A.: Mining Geol. Spec. raphy, in Plateau- Basin and Range transi­ Range transition zone, central Utah: Utah Issue 3, p. 76-81 (Soc. Mining Geol. Japan, tion zone, central Utah : Utah Geol. Assoc. Geol. Assoc. Publ. 2, p. 21-28. Proc., IMA-IAGOD Mtgs., 1970, IAGOD Publ. 2, p. 13-20. Vol.). STOWE, C. H. , 1972a, Energy and the environ­ WENGERD, S. A., 1971, Exploration for petro­ ment- a potential crisis in re sources supply: TRENT, R. H. , 1972, The feasibility of mining leum along wrench faults- the Paradox Utah Geol. :md Mineralog. Survey Circular a low grade copper deposit in a remote area: Basin model (abs.), in Exploration today ­ M. S. thesis, Univ. of Utah. 54, 18 p. energy tomorrow (SEG Ann. Int. Mtg., 41st; program and abs.): Soc. Explor. Geophys., __(compiler), 1972b, Oil and gas produc­ U. S . GEOLOGICAL SURVEY, 1971, Aero­ p.56-57. tion in Utah to 1970: Utah Geol. and magnetic map of part of west central Utah: Mineralog. Survey. Bull. 94. 179 p. U. S. Geol. Survey open-file rept. WHEELOCK, T. G. B., 1971, Jurassic ophiur­ oid echinoderms from Utah and Wyoming: STUART-ALEXANDER, D. E., E. M. Shoe­ U. S . GEOLOGICAL SURVEY, U.S. BUREAU M. S. thesis, Univ. of Wyo. maker :ind H.J. Moore, 1972, Geologic map or LAND MANAGEMENT AND THE of the Mule Ear diatreme, San Juan County, U.S. BUREAU OF MINES , 1971 , Base WHELAN , J. A., 1972a, Ochenius bar theory of Utah : U . S. Gcol. Survey Map 1-674. maps of areas underlain by Green River saline deposition supported by quantitative Formation in the eastern part of the Uinta data, Great Salt Lake, Utah (abs.): Int. SUMS ION . C. T . and others, 1972, Ground­ Basin, Utah and Colorado, the southern part Geol. Cong. Abs. - Cong . Geol. Int., '.v:,kr conditions in Ucah, spring of 1972 : of the Green River Basin, Wyoming and Resumes, no. 24 , p . 327-328. IJ 1.d1 Dept. Nat. Res., Div. Water Res. Coop. Utah, and the Piceance Creek Basin, Colo­ Inv. Rcpt.. no. I 0, 73 p. rado: U.S. Geol. Survey open-file rept. __l972b, Ultimate degree of freshening of TANIS, J. I .. 19 72. lsostasy ,md crust:.11 thick­ VANDEGRAAFF, r . R. , 1972, Fluvial-deltaic south arm, Great Salt Lake, Utah, as result ne~s in Utah .ind :1djacen t aJeas as revealed facies of the Castlegate Sandstone (Creta­ of fill construction (abs.): Geol. Soc. Am. l.Jy gr:1vity profiles {abs.): Dissert. Abs. Int., ceous), east central Utah : Jour. Sect. Petrol. , Abs., Rocky Mtn. Sec. , 25th Ann. Mtg., v. V. 32. 11 0 . 7. p. 4017B. v. 42, no. 3, p. 558-571. 4 , no. 6 , p. 421.

TAYLOR, M. E. , 1971 , The biostratigraphy VAN HORN, R ., 1972a, Landslide and asso­ WHELAN , J. A . and N. Stauffer, 1972, Prelim­ :ind systematics of trilobites (Arthropoda ; ciated deposits of the Sugar House quad­ inary report on possible solutions to " fill Tribolita) from the upper C:.1mbrian (upper rangle, Salt Lake County, Utah : U. S . Geol. effect" causing dilution of sou th aTm brines r r a nconian-Tempealeauan stages) in the Survey Misc. Geol. Inv. Map 1-766-D. and concentration of north a rm brines, Central Coast Basin, Nevad a and Utah: Grea t Salt Lake, Utah : Utah Geol. and Ph . D. thesis, Univ. of Calif., Berkeley. _ _ l 972 b , Map showing re la tive ages of Mineralog. Survey Spec Studies 40, 12 p. faults in the Sugar House quadrangle, Salt TE RR ELL, M., 1972a , Lateral facies distri­ r-. Lake County, Utah: U. S. Geol. Survey WHITE, W. B. and J . J. Van Gundy, 1971, bution and paleoecology of pa rt of the Mi sc. Gcol. Inv. Map I-766-B. Geological reconnaissance of Timpanogos Honaker Trail Formation (Pennsylvanian) Cave, Utah (abs.): Natl. Speleol. Soc. Bull., near Potash, Utah (abs.) : Geo!. Soc. Am. __ l 972c. Relative slo pe stability map of v. 33, no. 4 , p . 147-148. Abs. , Rocky Mtn. Sec., 2501 Ann. Mtg .. v. the Sugar House quadrangle, SJlt Lake 4 , no. 6 , p. 416 . County, UL!h: U.S . Gcol. Survey Misc. LLIAMS, S., 1972, rossil distribution Geol. Inv. Map 1-766-E. \1/1 J . __ l 972b, Lateral fa c ics :ind p:dcoecology across the middle-upper Devonian bound­ of Pe rmian Elephant Canyo n Formation , __ l 972d. Slope map of the Sugar House ary, Portage and Logan canyons, north Grand County, Utal1 : Brigham Young Univ. quadr:ingle, Salt Lake County, Utah : U. S . central Utah (abs.) : Geol. Soc. Am. Abs. , Geol. Studies. v. 19, pt. 2. p. 3-44 . Geol. Survey Misc. Geol. Inv. Map 1-766-C. Roc ky Mtn. Sec .. 25th Ann. Mtg., v. 4 , no. 6. p. 421-422. THOMAS. H . r. :ind T. f'. S !L'1 nn. I l)7 2. ll o t­ __ l 972e. Surfic i:il geolo1:-ric map of the lilrn tl o,,· logging .,s :,ppliL·d tll i11 siru llil Sug:1r House quadr:1ngle. Salt Lake County, ( co11t i 1111 e cl 0 11 11 e.\·t /Xl K<:') ( May 1973 QUARTERLY REVIEW Page 11)

(continued from page 10) ECONOMIC GEOLOGY Correlation, strain, tilt and earthquakes: Ander­ son, 1972. Bingham mining district, controls: Tooker, WILLIAMS, P. L., 1972a, Map showing relative Echo Canyon conglomerate, slope stability: 1971. ease of excavation in the Salina quadrangle, Hurley, 1972. Utah: U.S. Geol. Survey Misc. Geol. Inv. Brines, Great Salt Lake: Whelan and Stauffer, Microearthquakes, underground mines: Smith Map 1-591-J. 1972. and others, 1972. Coal, eastern and northern Utah: Doelling and __ l972b, Map showing types of bedrock Open-pit mines, stress analysis: Young, 1972. and surficial deposits, Salina quadrangle, Graham, 1972b. Quartz diorite rock, strength properties: Pratt, Utah: U.S. Geol. Survey Misc. Geol. Inv. Coal, Sevier-Sanpete region: Doelling, 1972a. Map 1-591-H. Brown and Brace, 1971. Coal, southwestern Utah: Doelling and Graham, Rock properties, dynamic rock mechanics: WILLIAMSON, C. R., 1972, Carbonate petrol­ 1972a. Cooper and Blouin, 1971. ogy of the Green River Formation (Eocene), Feasibility study, low grade copper deposit: Uinta Basin, Utah and Colorado: M. S. Stress gradients, fracture of rock: Jensen, 1972. Trent, 1972. thesis, Univ. of Utah. Geothermal resources, Utah's: Hewitt, Stowe GENERAL WILSON, J. D. S. and A. J. Sinclair, 1969, and Stomberg, 1972. Q-mode factor analysis applied to mineral Bibliography, USGS water-resources reports: exploration data, in Decision-making in Great Basin, Precambrian strata: Woodward, LaPray, 1972. mineral exploration-II, Proceedings of a 1972a. Crisis, resource supply: Stowe, 1972a. symposium: British Columbia Univ., Ext. Hot-film flow logging, oil shale: Thomas and Dept. Eng. Program, p. 244-257. Sterner, 1972. GEOCHEMISTRY WINKLER, P. L., 1972, Source mechanisms of Moenkopi Formation, Colorado Plateau: earthquakes associated with coal mines in Cadigan, 197 la. Bear Lake sediments: Davidson, 1971. eastern Utah: M. S. thesis, Univ. of Utah. Natural gas, San Juan and Uinta basins: Moore, Drum Mountains, Juab County: Newell, 1971. 1972. WOODFILL, R. D., 1972, A geologic and Great Salt Lake, Ochenius bar theory: Whelan, petrographic investigation of a northern part Oil shale, nuclear projects: Carpenter, Sohns 1972a. of the Keetley volcanic field, Summit and and Dinneen, 1970. Great Salt Lake, south arm: Whelan, 1972b. Wasatch counties, Utah: Ph.D. thesis, Oil shales, Green River Formation: Smith, Great Salt Lake, strontium isotope: Jones and Purdue Univ.; also Dissert. Abs., v. 33B, no. Trudell and Robb, 1972. 2, p. 787-B. Faure, 1972. Organic rich deposits, regional: Van West, WOODWARD, L. A., 1972a, Upper Pre­ 1972. Marine evaporite mineral, rare-earths: Raup, cambrian strata of the eastern Great Basin as 1972b. potential host rocks for mineralization: Organic-rich sequence, Green River Formation: Cashion and Donnell, 1972. Minor elements, plagioclase, orthoclase and Econ. Geol., v. 67, no. 5, p. 677-681. biotite: Kuryvial, 1971. Paradox Basin, exploration: Wengerd, 1971. ___l972b, Upper Precambrian stratigraphy Mule Ear diatreme, San Juan County: Cadigan of central Utah, in Plateau-Basin and Range Petroleum and natural gas, hingeline play: and Stuart-Alexander, 1972. Cummings, 1972. transition zone, central Utah: Utah Geol. Paradox Member, Hermosa Formation: Raup, Assoc. Publ. 2, p. 1-5. Petroleum and natural gas, hingeline wells: 1972a. Ritzma, 1972b. YANCY, T. E., 1971, Biostratigraphy, paleo­ Park City district, oxygen isotope ratios: ecology and paleontology of the Arcturus Petroleum and natural gas, Paradox Basin: Crockett, 1971. Group (Permian; eastern Nevada and Molenaar, 1972. Park City district, Q-mode factor analysis: western Utah): Ph.D. thesis, Univ. of Calif., Wilson and Sinclair, 1969. Berkeley. Petroleum and natural gas, production: Stowe, 1972b. Uinta Basin, bituminous sands: Mauger, 1972. YOUNG, D. S., 1972, Stress analysis in open­ Petroleum and natural gas, Thistle area: Peter­ pit mines: Ph. D. thesis, Univ. of Utah. son and Ritzma, 1972. GEOMORPHOLOGY

Petroleum and natural gas, Uinta Basin: Bull Creek Basin, Henry Mountains: Hohl, SUBJECT INDEX Ritzma, 1972a. 1970. Phosphatic rocks, Rocky Mountain region: Timpanogos Cave, geological reconnaissance: ABSOLUTE AGE Harr, 1972. White and Van Gundy, 1971. Navajo-Hopi diatremes, Four Corners area: Red Wash field, Uintah County: Chatfield, Naeser, 1971. 1972. GEOPHYSICAL SURVEY Rock alteration, Park City district: Bailey, Central Colorado Plateau, gravity stations: Case AREAL GEOLOGY 1971. and Joesting, 1972. Drum Mountains: Newell, 1971. Rocky Mountains, energy resources: DeVoto Earth tremors, field instrumentation studies: Juab County, calderas: Shawe, 1972. and others, 1972. Osterwald and others, 1971. Keetley volcanic field, Summit and Wasatch San Arroyo gas field, Grand County: Monsalve, Gravity stations, Wasatch Front: Cook and counties: Woodfill, 1972. 1972. Berg, 1972. Mill Fork area: ·R. C. Merrill, 1972. San Francisco district, gravity stations: D. L. ENGINEERING GEOLOGY Ogden Valley: Doyuran, 1972. Peterson, 1972. Road log, Rock Springs to Manila: Culbertson, Bear Lake area, Rich County: Kaliser, 1972. South central Utah: Eppich, 1972. 1972. Oastic sedimentary rocks, strength and dynam­ Wasatch fault, secular strain measurements: Thistle quadrangle: Pinnell, 1972. ic properties: McCarter, 1972. Cook and Major, 1971. Wildcat Hills : Howes, 1972. Coal mines, earthquakes: Winkler, 1972. (continued on next page) QUARTERLY REVIEW May 1973)

(continued from page 11) MAPS, GENERAL PALEO MAGNETIC

Wasatch fault, strain and tilt: Cook and Ander­ Green River Formation, base maps: USGS, Ash-flow sheets, Great Basin: Gromme, McKee son, 1972. BLM and Bureau of Mines, 1971. and Blake, 1972. Salina quadrangle, bedrock and surficial Cutler and Elephant Canyon formations, GEOPHYSICAL SURVEYS deposits: P. L. Williams, 1972b. Perrnian: Gose and Helsley, 1972. Basin and Range province, structural trends: Jurassic: Johnson, 1972. Salina quadrangle, drainage basins and cloud­ Cook and Montgomery, 1972. burst floods: Hackman, 1972. Jurassic, eastern Utah: Steiner and Helsley, Cache Valley : Stanley, 1972. Salina quadrangle, excavation: P. L. Williams, 1972. Crustal seismic data: Mueller and Landisman, 1972a. Lake Bonneville, deep core: Shuey, 1972. 1971. Salina quadrangle, freeze-free season: Coving­ Tertiary ash-flow sheets, Great Basin: Gromme, Crustal zone, low-velocity: Mueller and others, ton, 1972a. McKee and Blake, 1972. 1972. Salina quadrangle, ground water: Price, 1972b. Great Salt Lake, subsurface geology: Mikulich PALEONTOLOGY and Smith, 1972. Salina quadrangle, ground water availability: Price, 1972a. Arcturus Group, Permian: Yancy, 1971. Heat flow and radioactivity: Decker, 1972. Salina quadrangle, precipitation: Covington and Brachiopoda, Silurian: Sheehan, 1971. Utah, regional: Tanis, 1972. Williams, 1972a. Cedar Mountain Formation, Cycadeoidales: HYDROLOGY Salina quadrangle, springs: Covington, 1972b. Furniss and Tidwell, 1972. Salina quadrangle, surface water: Covington Cheirocystella antiqua, Ordovician: Paul, 1972. Bear River Basin, surface water: Waddell and and Williams, 1972b. Price, 1972. Conodont, Cambrian and Ordovician: Miller, Salina quadrangle, topographic relief map: 1971. Blue Creek Valley, Box Elder County: Boike Covington, 1972c. and Price, 1972. Conodonts, Mississippian: Newman, 1972. Cache Valley, ground water resources: Bjork­ Devonian Guilmette Formation, western Utah: lund and McGreevy, 1971. MAPS, GEOLOGIC Hoggan, 1971. East Shore area, Box Elder, Davis and Weber Bridal Falls quadrangle: Baker, 1972b. Echinoderms, Jurassic: Wheelock, 1971. counties: Boike and Waddell, 1972. Browns Hole quadrangle: Crittenden, 1972a. Fossil distribution, Devonian boundary: J. S. Ground water, Utah: Sumsion and others, Williams, 1972. Cortez quadrangle, miscellaneous geologic 1972. investigations: Haynes and others, 1972. Honaker Trail Formation, fossil plant locality: Ground water resources, Ogden Valley: Tidwell, Thayn and Terrell, 1972. Doyuran, 1972. Dugway Proving Grounds, Tooele County: Staatz, 1972. Honaker Trail Formation, paleoecology and Hansel Valley and Rozel Flat, Box Elder paleoenvironments: Melton, 1972. Flaming Gorge quadrangle: Hansen, 1972. County: Hood, 1971. Norwood Tuff and Fowkes Formation, north­ Malad River, Udy Hot Springs: McGreevy, Mule Ear diatreme, San Juan County:. Stuart- western Utah: Nelson, 1971. Alexander, Shoemaker and Moore, 1972. 1972. Paleosymbionts, Louisiana Limestone: Red Creek Ranch quadrangle: Roehler, 1972. Morgan Valley, Morgan County: Saxon, 1972. Gutschick and Rodriguez, 1972. Promontory Mountains, Box Elder County: Spanish Fork Peak quadrangle: Baker, 1972a. Palynology, Dakota Sandstone: May and Hood, 1972. Sugar House quadrangle, surficial geologic: Van Traverse, 1971. Uintah study unit, hydrologic inventory: Hom, 1972e. Palynology and paleoecology, Buck Tongue, Austin and Skogerboe, 1970. Wasatch Range, North Ogden: Sorensen and Mancos Shale: Kidson, 1971. Utah Lake drainage area: Hyatt and others, Crittenden, 1972. Pennsylvanian sponges, Oquirrh group: Rigby 1969. Yost quadrangle, Box Elder County: Compton, and Swensen, 1972. Water dispersion, apparatus: Ambjah, 1972. 1972. Squid gladii, Permian: Gordon, 1971. Weber River: Haws, Jeppson and Huber, 1970. Tempskya, Cedar Mountain Formation: Tidwell MAPS, OIL AND GAS and Hebbert, 1972. MAPS, AEROMAGNETIC Trilobite faunule, Cambrian: Robison and Agate field area: P. R. Peterson, 1972b. Hintze, 1972. West central Utah: USGS, 1971. Grassy Trail Creek field: P.R. Peterson, 1972c. Trilobites, Cambrian: Robison and Hintze, MAPS, ENGINEERING Pariette Bench field: P. R. Peterson, 1972a. 1972; Taylor, 1971. Sugar House quadrangle, faults ages: Van Hom, Trilobites, Cambrian, Millard County: Goeke, 1972b. 1970. MINERALOGY Sugar House quadrangle, Salt Lake County: Van Hom, 1972a. Oays, pressure and shear strength: Baghoom­ PETROLOGY ian, 1972. Sugar House quadrangle, slope map: Van Hom, Alta stock, contact metamorphic: R. K. Smith, 1972d. Leucosphenite, Green River Formation: Pabst 1972. Sugar House quadrangle, slope stability: Van and Milton, 1972. Black Rock. Desert region, Quaternary basalts: Hom, 1972c. Condie and Barsky, 1972. Mine minerals, electro-osmotic stabilization: Breccia pipes, southeastern Utah: Helmsteadt, MAPS, ENGINEERING GEOLOGIC Morley, 1972. Anderson and Gavasci, 1972. Geneva mine area, Carbon and Emery counties: Titanoclinohumite, Moses Rock dike: Merrill, Dunrud and Barnes, 1972. Robertson and Wyllie, 1972. (continued on next page) (May 1973 QUARTERLY REVIEW Page 13)

(continued from page 12) Mineral Fork Formation, Wasatch Mountains: Paleozoic, central Utah: Welsh, 1972. Varney, 1972. Paleozoic strata, central Utah: Hintze, 1972. Green River Formation, carbonate: Williamson, Paleoenvironmental reconstruction, Parachute 1972. Creek Member: Picard and High, 1972b. Paradox Basin, Hermosa Group: Hite, 1972. Indian Peak district, hydrothermal alteration: Paradox Basin: Hite, 1972. Permian and Triassic strata, southern Utah: Tolley, 1971. Irwin, 1971. Pennsylvanian, evaporite and carbonate cycles: Keetley volcanic field, Summit and Wasatch Hite and others, 1972. Pine Hollow and Wasatch formations, Garfield counties: Woodfill, 1972. County: Bowers, 1972. Trace fossils, stratigraphic record: Howard, Kern Mountains, plutonic complex, Juab Precambrian, central Utah: Woodward, 1972b. County: Sayeed, 1972. 1972. Swan Peak Formation and Eureka Quartzite, Levan area, Juab County: John, 1972. northern Utah: Francis, 1972. SEDIMENTATION Moenkopi Formation, Triassic: Cadigan, 197 lb. Tertiary strata, Sevier-Sanpete region: Doelling, 1972b. Petrified woods, Morrison Formation: Medlyn Ferron Formation, central Utah: Hale, 1972. and Tidwell, 1972. Utah Lake, recent history: Brimhall, 1972. Triassic and Jurassic, central Utah: Stokes, 1972. Pillow lavas, Chinle Formation, Beaver County: Olmore, 1972. STRATIGRAPHY Uinta Mountain Group, Precambrian: Wallace, 1972. Shoshonitic lavas, west central Utah: Hogg, 1972b. Black Shale facies, Green River Formation: Thompson, 1971. STRUCTURAL GEOLOGY Swan Peak Formation, north central Utah: Schulingkamp, 1972. Carboniferous rock, Causey Dam quadrangle: Mullens, 1971. Basin and Range faults, origin: Crosby, 1972. Volcanic rocks, Salina Canyon: Erb, 1971. Cenozoic, Black Mountains: Rowley, 1972. Central Utah, structural development: Burchfiel White Pine Canyon, Wasatch Mountains: Olsen, and Hickcox, 1972. Chinle Formation: Stewart and others, 1972. 1972. Cretaceous and Tertiary, Ojo Alamo Sandstone: Great Basin, Cenozoic faults : Rowley and O'Sullivan and others, 1972. Anderson, 1972. SEDIMENTARY PETROLOGY Duchesne River Formation, northern Uinta Sevier orogenic belt: Beutner, 1972. Bear Lake sediments: Davidson, 1971. Basin: Andersen, 1972. Sevier orogenic belt, western Utah: Armstrong, 1972. Castlegate Sandstone, east central Utah: Van de Duchesne River Formation, Uinta Basin: Graaff, 1972. Andersen and Picard, 1972. Smithfield quadrangle, eastern part: Galloway, 1971. Dakota Sandstone, Upper Cretaceous: Lawyer, Fowkes Formation and Norwood Tuff: Nelson, 1972. 1972. Stable and unstable folding, criteria: Savage and Sowers, 1972. Duchesne River Formation, Uinta Basin: Frontier Sandstone Member, Mancos Shale: Andersen, 1972. Maione, 1971. Tintic Quartzite, Willard thrust: Hammond, 1971. Elephant Canyon Formation, Grand County: Green River Formation, Piceance Creek Basin: Terrell, 1972b. Cashion and Donnell, 1972. Uinta Mountains, faulting: Ritzma, 1971. Honaker Trail Formation, Pennsylvanian: Moenkopi Formation, southeastern Utah: Willard thrust and Cache allochthon: Critten­ Terrell, 1972a. Blakey, 1972. den, 1972b; Eardley, 1972. Lacustrine and fluvial sandstone, criteria: Norwood Tuff and Fowkes Formation, north­ Willard thrust, direction: Hammond and Parry, Picard and High, 1972a. western Utah: Nelson, 1971. 1972.

SURVEY RELEASES Monograph Series No. 2, and development, land ownership (continued from page 2) "Eastern and Northern Utah Coal and control, coal quality and Fields: Vernal, Henry Mountains, reserves are treated. Map 31, "Geology of the La Sal-San Juan, Sego, Tabby Escalante-Boulder Area," by Mountain, Goose Creek, Lost Mu 1 ticolored maps, and C. Carew McFall ($2.00). Single Creek, Coalville and Henrys Fork," numerous other figures and tables multicolored sheet showing the by H. H. Doelling and R. L. illustrate the 411-page edition. geology of the Escalante-Boulder qraham ($20.00). The second of area. Mono graph Series No. 1, three in a series to research "Southwestern Utah Coal Fields: Map 33, "'Oil-Impregnated records, compile data and com­ Al ton, Kaiparowits Plateau and Rock Deposits of Utah," compiled plete mapping of Utah coal. Kolob-Harmony," is also available by Howard R. Ritzma ($1.50, two and sells for $17.00; No. 3, sheets). Oil-impregnated rock The volume is divided in to "Central Utah Coal Fields: deposits are located and accom­ coal fields, areas and quadrangles. Wasatch Plateau, Book Cliffs, panying text and tables summarize Geographic data, geology, mines Sevier-Sanpete and Emery" plus a the geology, economic significance summary of Utah's total coal and sulfur content of oils picture will be released in the near extracted from the deposits; "Civilization exists by geological consent­ future and will sell for $20.00. subject to change without notice. " updates preliminary Map 25 Will Durant The set can be purchased for published in 1968. $50.00. (Page 14 QUARTERLY REVIEW May 1973) SUMMER FIELD WORK IN UTAH 16,17 The geologists who plan to work in Utah during

0 2.() ,;o so~ the 1973 field season are listed below. The reference F.:.:_ . _.::.~r s=-:--·····-".1 numbers in the left column correspond as far as possible with the location numbers on the accom­ panying map.

Anderson, J. J. Geology of southwest High Plateaus and Kent State Univ. Black Mountains, Piute, Garfield, Iron and Beaver Counties. 2 Anderson, 0. L. and Geohydrology of Kane, Garfield and San Gordoi1 Jacoby Juan Counties. Lake Powell Research 3 Averitt, Paul and R. L. Geologic mapping of the Cedar City Threet quadrangle, Iron County. USGS 4 Biesinger, J. C. Mineral assemblages in core samples and Utah State Univ. their geochemical significance, Bear Lake, Utah-Idaho. 5 Bil bey, Sue Ann Geochemistry and petrography of the Utah State Univ. Morrison Formation, Dinosaur Quarry quadrangle, Uintah County. 6 Bircher, J. E. Stratigraphy and environmental analysis of Utah State Univ. the Worm Creek Member of the St. Charles Formation, north central Utah. 7 Blau, J. G. Geology of southern part of James Peak Utah State Univ. quadrangle, Cache County. 8 Chappell, J. C. Mineralization in the Bear River Range, Utah State Univ. Utah-Idaho. 9 Compton, Robert General geologic mapping, south Grouse _Stanford Univ. Creek Mountains, Box Elder County. 10 Crittenden, M. D., Jr. Detailed mapping of Willard Peak area, USGS Ogden Canyon to Brigham City. 20 11 Dawson, M. R. Upper Eocene mammals, Uinta Basin. ;;,.;;,,::;Hlf,J(i-O~J 12 Carnegie Museum 12 Doelling, H. H. (a) Box Elder County minerals inventory; 23 Mendenhall, A. J. UGMS (b) Garfield County minerals inventory; (c) Structural geology of east part of Richmond Kane County minerals inventory; (d) East ·utah State Univ. and west part of Naomi Peak quadrangles, Sego coal field mapping; (e) Paradox Basin Utah-Idaho. potash evaluation study. 24 Oaks, R. Q., Jr., and Depositional environments and stratigraphy 13 Fuller, R.H. Chemical exchange at the sediment-water R. R. Alexander of Middle and Upper Cambrian units of Utah State Univ. interface, Bear Lake, Utah-Idaho. Utah State Univ. north Utah and south Idaho. 14 Gardiner, L. L. Environmental analysis of the Upper 25 Peterson, Carol Geothermal investigation of Thermal and Utah State Univ. Cambrian Nounan Formation, Bear River UGMS Roosevelt Hot Springs. Range, and Wellsville Mountains, north 26 Ritzma, H. R. (a) Fracture and lineament studies, NE central Utah. UGMS Uinta Basin; (b) Informational core drilling 15 Goeltz, N. Sylvia Environmental geological atlas, portion of in tar sands; (c) Structure mapping project; UGMS the Wasatch Front area. (d) Stratigraphic study in Circle Cliffs area; (e) Oil and gas field study, Boundary Butte 16 Gray, W. E. Structural geology of the south part of area. Utah State Univ. Clarkston Mountain, Malad Range, Utah­ Idaho. 27 Rowley, P. D. Geology of the Iron Springs Mining District, USGS Iron County. 17 Hardy,C.T. (a) Structural geology of James Peak Utah State Univ. quadrangle, Cache County; (b) Structural 28 Summers, P. L. Surficial geology of intermontane valleys, geology of Malad and Bannock Ranges, Utah State Univ. Mount Pisgah quadrangle, Cache County. Utah-Idaho. 29 Todd, V. R. Stratigraphy and structure of Upper 18 Hickcox, C. W. Pavant Range allochthon, central Utah. USGS Paleozoic, Mesozoic and Tertiary rocks, Univ. of Florida Matlin Mountains, Box Elder County. 19 Jones, R. L. Clay-water systems and cation-exchange 30 Van Horn, Richard Detailed geologic ground mapping, Salt Utah State Univ. equilibria in three forest soils, Bear River USGS Lake City. Range, Cache County. 31 Weiss, M. P. Geology of Flagstaff Formation, Sanpete 20 Kaliser, 8. N. (a) Hydrogeologic study, Salt Lake City; (b) Northern Ill. Univ. County and vicinity. UGMS Slope stability and geology, Davis County, and Crandall Canyon, Summit County; (c) 32 Whelan, J. A. and (a) Alteration studies of the Rocky, Star Gypsiferous residual soils, St. George area; Lee Perry and Indian Peak Ranges; (b) Fluorite studies (e) Hydrogeologic evaluation, Bonneville UGMS of Wah Wah and Sha untie Hills. Salt Flats. 33 Yeates, E. A. The Intermountain seismic belt and quake 21 Kohler, J. F. Morph o 1ogy, sediment distribution and Univ. of Utah hazards along the Wasatch Fault, east of Salt Utah State Univ. geochemistry of relict lake-margin deposits Lake City. in the Rozel Flats area, north Utah. 34 Zeller, H. D., Fred Coal, geology and stratigraphic studies, 22 Mecham, Brent Petrography and geochemistry of the Fish Peterson and W. E. Kaiparowits Plateau, Kane and Garfield Utah State Univ. Haven and Laketown Dolomites, north Bowers Counties. central Utah and southeast Idaho. USGS ( May 1973 QUARTERLY REVIEW Page 15)

Readiness Reduces Disaster Loss

Al though earthquake losses can be reduced substantially only by adequate and enforced building codes, zoning provisions and vigor­ ous community programs designed to strengthen disaster prepared­ ness, an individual can lessen the dangers to himself and his family by learning what to do in the Above: Dissolution of gypsum salts and result­ event of an earthquake. ant collapse of ground surface, St. George area. Right: Close-up of "miniature karsts." Actual movement of the ground in an earthquake is seldom the direct cause of death or injury; HOLE-IN-ONE most casualties result from falling objects and debris. Landslides and Gypsum Dissolves Out, Surface Sinks In huge seismic sea waves generated by earthquakes also can cause Gypsum, a salt occurring geologist, this has been one of the great damage. naturally in the substrata, dissolves wettest water years of record­ readily and can cause the ground more than 4.61 inches of precip­ Precautionary actions before surface to subside. itation in the first six months an earthquake can reduce the The resulting problems are (October through March), or 188 dangers: extensive in the St. George area, percent of the normal for that Citizens should support local safe southeast Utah, because precipita­ period- which has aggravated the building codes with efficient inspection and tion and runoff waters introduced situation. firm enforcement; into the substrata are absorbed School building programs should be easily into the mainly silty and supported which provide for the strengthening sandy residual soils, playing havoc He describes the surface of old, weak buildings or their replacement with the included gypsum cement. with earthquake-resistant structures; manifestation of the subsidence as According to Bruce N. a "miniature karst," and is study­ Homeowners or tenants should bolt Kaliser, Utah Survey engineering ing its relevance to homeowners. down or provide other strong support for water heaters and other gas appliances since fire damage can result from broken gas lines If in a crowded store, do not rush for a Be prepared to respond to requests for and appliance connections; doorway. Others may have the same idea, and help from police, fire-fighting, civil defense and relief organizations. Sites for construction should be selected If outside, avoid high buildings, walls, and engineered to reduce the hazard of power poles and other objects which could Accurate prediction of the fall. Do not run through the streets. damage from an earthquake; time and place of earthquakes Occasional home earthquake drills can cannot be made yet. They will provide knowledge to avoid injury and panic After an earthquake: continue to harass mankind, during an earthquake; occurring most frequently in areas Do not attempt to move seriously injured A flashlight and a battery powered where they have been relatively persons unless they are in immediate danger transistor radio should be ready for use at all common in the past. times, and of further injury; Do not touch downed power lines or Immunizations should be kept up to date The Utah Highway Depart­ objects touched by downed wires. Immedi­ for all family members. ately clean up spilled medicines, drugs and ment will use 7 million tons of other potentially harmful materials. Emer­ tailings from Kennecott Copper During an earthquake: gency water may be obtained from water Corp. flotation concentrators at heaters, toilet tanks, melted ice cubes and If indoors, watch for falling objects. Stay canned vegetables or fruits; Magna and Arthur to construct a away from windows, mirrors and chimneys. If 5-mile interstate section west of shaking is severe, get under a table, desk or Telephones should not be used except Salt Lake Valley ; total project cost bed. Usually, it is best not to run outside; for emergencies; is $13.5 million. The tailings will _ If in a high-rise office building, get under Do not go sightseeing, particularly in be transported moist to reduce a desk. Do not dash for exits, since stairways beach and waterfront areas where seismic dust. may be broken and jammed with people; waves could strike, and QUARTERLY REVIEW May 1973)

UGMS REORGANIZES magnitudes, are listed below. 10 North of LaSal ...... 2.0 11 North of Bear Lake in Idaho ...... 3. 7 (continued from page 1) Unless otherwise indicated, local­ 11 North of Bear Lake in Idaho ...... 2.5 representatives of various segments ities are in Utah. 1~ Near Bear Lake ...... 2.0 17 Near Cedar City ...... 2.0 of the mineral industry throughout Magnitude 19 Near Heber City ...... 1.6 the State (such as solid fuels, November 19 Near Heber City ...... 1.1 metals and hydrocarbons), one 2 Near Pineview ...... 1.8 23 South of Sunnyside ...... 2.1 3 Near Cedar City ...... <2.0 24 Near Heber City ...... 3.0 reflecting the economic or scien­ 7 Heber Valley ...... 2.5 29 Near south end of Great Salt Lake . . . 2.5 tific interests of the mineral 8 Heber Valley ...... 2.8 29 Near south end of Great Salt Lake . . . 2.2 8 South end of Utah Lake ...... 1.8 industry in the State and one 29 Near south end of Great Salt Lake ... 2.2 9 Near Logan ...... 2.0 30 Near south end of Great Salt Lake ... 2.4 interested in the goals of the 9 South Utah-Nevada border ...... <2.0 31 Near Cedar City ...... 2.0 Survey from the public at large. 12 Heber Valley ...... 1.7 31 Near Levan ...... 2.0 13 Near Mount Pleasant ...... 2.0 The director of the Division of 13 Near Mount Pleasant ...... 2.0 State Lands will be an ex officio 14 Near Kun.ball Junction ...... 2.1 These earthquakes were member without voting privileges. 15 Near Woodruff ...... 3.0 recorded by the University of 15 Near Emery ...... 3.1 Utah seismograph stations under 16 Cedar City (felt) ...... 3.3 Future directors of the Sur­ 17 South Utah-Nevada border ...... 2.3 the direction of Kenneth L. Cook. vey will be appointed by the 17 South Utah-Nevada border ...... 2.2 All locations and magnitudes are board with the concurrence of the 17 South Utah-Nevada border ...... 3.2 preliminary determinations; the 22 Near Ephraim ...... 2.2 executive director of the Depart­ 22 Near Kimball Junction ...... 1.7 final determinations will be ment of Natural Resources. He 23 South Utah-Nevada border ...... 3.3 printed in the University of Utah will be the executive and adminis­ 24 North of Montpelier, Idaho ...... 3.7 Seismological Bulletin, issued 25 Near Price ...... <2.0 trative head of the Survey and will 29 Near Hamlin Valley, south quarterly be officially designated as the Utah-Nevada border ...... 3.5 State geologist. 29 Near Hamlin Valley, south Utah-Nevada border ...... 4.0 30 North of Vernal ...... 2.5 The move was made to State il:~/_ER~mpton 30 Heber Valley ...... <2.0 ~~~hR~~~~ -~ consolidate administrative offices Go vernor l University of Utah .. . .. Alfred C. Emery of the Survey and to provide more December President effective representation before the 1 Near Richmond ...... 2.1 College of Mine s & Mineral 1 Near Waterpocket Fold ...... 2;0 Industries ...... Alex G. Ob/ad State legislature. 5 Near Rangley, Colorado ...... 2.3 Acting Dean Utah Geological & Mineralogical 6 Southeast of Logan ...... 2.6 Survey : ...... William P. Hewitt 6 Southeast of Logan ...... 2.2 Director Earthquake Epicenters 6 Southeast of Logan ...... 2.0 8 Near Cedar City ...... 2.0 UTAH GEOLOGICAL AND General earthquake epicenters 8 Southeast of Thermopolis, MINERALOGICAL SURVEY in or near Utah for November and Wyoming (felt) ...... 4.2 103 Utah Geological Survey Building 9 South of Castle Dale ...... : ..... 2.8 University of Utah December 1972, with dates of 9 Near Bear Lake ...... 3.4 Salt Lake City , Utah 84112 occurrence and approximate 9 South of Nephi ...... 2.5

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