The hazard maps were developed to aid engineers, Copies of this report are available at the Utah … Documents in this series may have either UGS or non-UGS authors. Documents in this series may have either UGS or non-UGS authors. map data: UGS: Landslides and debris flows of Utah.

Liquefaction-potential map for a part of Salt Lake County, Utah: Liquefaction-potential map for a part of Davis County, Utah: Places with hazards; a teacher's handbook on natural hazards in Utah: The earthquake hazard in Utah Hazardous Industry area, Tooele County, Utah, 1999, by Black and others, Utah Geological Survey Special Study 96 (available at the Natural Resources Map & Bookstore, 1594 W. North Temple, Salt Lake City, UT 84116-3514, 801-537-3320). Liquefaction Potential Map for a part of Utah County, Utah. Documents in this series may have either UGS or non-UGS authors. Liquefaction-potential map for Salt Lake County. Liquefaction Potential Map for a part of Weber County, Utah. Liquefaction may occur when water-saturated sandy soils are subjected to earthquake ground shaking. Copies of this report are available at the Utah … Liquefaction-potential map for Utah County. This map is for general reference only and was modified from Anderson, L.R., Keaton, J.R., and Bay, JA, 1994, Liquefaction potential map for the northern Wasatch Front, Utah: Utah Geological Survey Contract Report 94-5, 150 p., scale 1:48,000. Minerals: map data: USGS: Mineral deposit locations. Earthquake-triggered liquefaction can cause extensive damage and loss of life. Liquefaction-potential map for Salt Lake County. Liquefaction in the April 15, 2010, M 4.5 Randolph Earthquake This map is for general reference only and was modified from Anderson, L.R., Keaton, J.R., and Bay, JA, 1994, Liquefaction potential map for the northern Wasatch Front, Utah: Utah Geological Survey Contract Report 94-5, 150 p., scale 1:48,000. Earthquake Database for Utah Geological Survey Map 277—Utah Earthquakes (1850–2016) and Quaternary Faults Public Information Series 100 Liquefaction Hazards in Utah The Public Information Series consists of brief topical reports or brochures designed to make nontechnical geologic information available to the general public.

These maps provide the basic geologic data necessary to derive geologic-hazard and adverse-construction-condition maps. This report describes liquefaction-induced lateral spread displacement and vertical ground settlement displacement failure maps developed for a magnitude M7.0 scenario earthquake occurring on the Salt Lake City segment of the Wasatch fault zone in Salt Lake County, Utah. Liquefaction is one of the major causes of earthquake damage. During our scenario earthquake, much of Salt Lake Valley and nearby areas has a potential for large lateral (possibly greater than 1 foot) and vertical (possibly greater than 8 inches) liquefaction-induced ground displacements. Liquefaction may occur when water-saturated sandy soils are subjected to earthquake ground shaking. While Utah has historically experienced liquefaction-producing earthquakes, it has thus far escaped significant damage. 115 South 1460 East, Room 211 FASB SLC UT 84112-0102 801.581.6274 © 2020 The University of Utah Liquefaction Potential Map for a part of Salt Lake County, Utah. Documents in this series may have either UGS or non-UGS authors. Liquefaction-potential map for Davis County. The Public Information Series consists of brief topical reports or brochures designed to make nontechnical geologic information available to the general public. Technical geologic-hazard maps organized by county. Liquefaction Potential Map for Cache Valley Cache County, Utah Utah Geological Survey Public Information Series 79 89 91 142 218 N 1600 E N 7200 W W 6 0 N St W 200 S Stink Creek Rd N 3200 W W 6800 S 23 Smithfield Hyde Park Logan Millville Hyrum Wellsville Mendon Clarkston Trenton 61 Lewiston B e a r R i v e r B o x U E l d e r C o. Geologic map of the Thistle quadrangle, Utah County, Utah – Insight into the structural-stratigraphic development of the southern Provo salient of the Sevier fold-thrust belt, by Parker M. Valora and Jennifer L. Aschoff, CD, 21 p., 3 pl, 2012 Utah Geological Survey * This is not a liquefaction potential map, because it does not consider the probability of Liquefaction may occur when water-saturated sandy soils are subjected to earthquake ground shaking.

The Public Information Series consists of brief topical reports or brochures designed to make nontechnical geologic information available to the general public. The Public Information Series consists of brief topical reports or brochures designed to make nontechnical geologic information available to the general public. Liquefaction may occur when water-saturated sandy soils are subjected to earthquake ground shaking. Liquefaction-potential map for Davis County.

The Public Information Series consists of brief topical reports or brochures designed to make nontechnical geologic information available to the general public. Liquefaction may occur when water-saturated sandy soils are subjected to earthquake ground shaking. Liquefaction: map data: UGS: Liquefaction potential for 6 counties along the Wasatch Front.