1:62,500 and 1:50,000 Geologic Maps

By: David M. Miller, Donald L. Clark, Michael L. Wells, Charles G. Oviatt, Tracey J. Felger, and Victoria R. Todd The geologic map at 1:62,000 scale and a 31-page explanation booklet, both. The latest version of Adobe Reader is required to view the PDF...

By: Donald L. Clark and Charles G. OviattThe quadrangles straddle the Interstate 80 corridor from Wendover to Aragonite. The map area is in the eastern Basin and Range Province, and includes mountain ranges, smaller hills, and intervening valleys on the east and west, and...

By: Douglas A. SprinkelThe interim geologic map of the Duchesne 30' x 60' quadrangle represents the final year of the project to map and compile the geology of this quadrangle. The quadrangle is located mostly in the western Uinta Basin with the northwest corner...

By: Robert F. Biek, Jeffrey G. Eaton, Peter D. Rowley, and Stephen R. MattoxThe geologic map at 1:62,5000 scale and a 20-page explanation booklet, both. The latest version of Adobe Readers is required to view the PDF files. The western Loa 30'x60' quadrangle covers...

By: G. C. WiillisContains a 1:62,500-scale geologic map that cover the Hite Crossing-lower Dirty Devil River area and is one of several maps recently produced by the Utah Geological Survey that together provide complete printed and Geographic information System (GIS) geologic map coverage of...

By: L. F. Hintze, D. M. Lemmon, and H.T. Morris Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1984Plates: 1 pl.Scale: 1:48,000Color/B&W:...

By: D. M. Lemmon and H.T. Morris Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1984Plates: 1 pl.Scale: 1:48,000Color/B&W: ColorLocation: Beaver County...

By: E. Callaghan and R.L. Parker Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1962Plates: 1 pl.Scale: 1:62,500Color/B&W: ColorLocation: Millard County, Piute...

by Tyler R. Knudsen, Robert F. Biek Summary This map represents the geology of the Bryce Canyon 7.5' quadrangle at 1:24,000 scale. The quadrangle encompasses the community of Bryce Canyon City, part of Bryce Canyon National Park (BCNP), and adjoining Dixie National Forest lands....

By: Don Clark The Promontory Point 30' x 60' quadrangle extends across the central part of Great Salt Lake to the Interstate highway 15 (I-15) corridor in Box Elder, Weber, Davis, and Tooele Counties, northwest Utah. The map area is in the eastern Basin...

By: Donald L. Clark and Charles G. OviattThe quadrangles straddle the Interstate 80 corridor from Wendover to Aragonite. The map area is in the eastern Basin and Range Province, and includes mountain ranges, smaller hills, and intervening valleys on the east and west, and...

By: C. G. Oviatt Fish Springs Flat is a sediment-filled valley between two tilted mountain blocks, the Thomas Range and the Fish Springs Range, in the Basin and Range physiographic province of western Utah. The valley is bordered on the north by the Great...

By: D. W. Rodgers Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1989Plates: 1 pl.Scale: 1:50,000Color/B&W: B&WLocation: Juab County and Tooele County

By: V. S. Williams, M.G. Best, and J.D. Keith Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1997Plates: 1 pl.Scale: 1:50,000Color/B&W: ColorLocation:...

By: L. F. Hintze, S.K. Grant, C.L. Weaver, and M.G. Best Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1994Plates: 1 pl.Scale:...

By: S. F. Personius Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1990Plates: 1 pl.Scale: 1:50,000Color/B&W: B&WLocation: Box Elder County and Weber...

By: M. G. Best, D. M. Lemmon, and H.T. Morris Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1989Plates: 1 pl.Scale: 1:50,000Color/B&W:...

By: T. A. Steven and H.T. Morris Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1983Plates: 1 pl.Scale: 1:50,000Color/B&W: ColorLocation: Beaver County...

By: B. Bryant Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1984Plates: 1 pl.Scale: 1:50,000Color/B&W: ColorLocation: Davis County, Morgan County, and Weber...

By: K. A. Sargent and B. C. Philpott Geologic maps use a combination of colors, lines, and symbols to depict the relative age, composition, and relationships among rocks and sediments at and near the earth's surface.Other Information: Published: 1985Plates: 1 pl.Scale: 1:62,500Color/B&W: ColorLocation: Kane...