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Reconnaissance of the Grandview peak rock slide, Salt Lake County, Utah: A possible earthquake-induced landslide? (OFR-518)By: F. X. Ashland and G. N. McDonald Earthquake-induced landslides, with the exception of liquefaction-induced lateral spreads, have not been recognized in the Salt Lake City metropolitan area. Based on the inferences of previous researchers that some prehistoric, catastrophic rock slides in the Wasatch...
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The Preliminary landslide history database of Utah, 1850-1978 (OFR-514)By: A. H. Elliott and M. J. Kirschbaum This database provides mostly non-technical information on landslide events that occurred from 1850 to 1978. By searching the database, it is possible to gain insight into the frequency, causes, and consequences of landsliding, as well as...
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Ground-water-level fluctuations in Wasatch Front landslides and adjacent slopes, northern Utah (OFR-448)By: F. X. Ashland, R. E. Giraud, and G. N. McDonald We monitored ground-water levels in and adjacent to five Wasatch Front landslides to document seasonal and intermediate-term ground-water-level fluctuations that can be used to estimate design ground-water levels in landslide- and slope-stability analyses....
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Investigation of the potential of Interferometric Synthetic Aperture Radar (InSAR) to detect land subsidence in SW Utah (OFR-446)By: R. R. Forster The objective of this study is to evaluate the potential of Interferometric Synthetic Aperture Radar (InSAR) to measure land surface change in southwest Utah. This study is referred to as Phase-1. Based on the results of Phase-1 and the desires...
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The feasibility of collecting accurate landslide loss data in Utah (OFR-410)By: F. X. Ashland Nationwide, estimated losses from damaging landslides range from $1.2 to $2.4 billion annually. In Utah, documented losses from damaging landslides in 2001 exceeded $3 million, including the costs to repair and stabilize hillsides along state and federal highways. The total...
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Engineering geologic map folio, Springdale, Washington County, Utah (OFR-340)By: B. J. Solomon This publication is an engineering folio for the Springdale area. Three of the six plates deal with different hazards, which are: landslide hazards; flood hazards and problem soils; and earthquake hazards, shallow ground-water, rock-fall hazards, and indoor-radon hazards. One of...
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Engineering geologic map folio, western Wasatch County, Utah (OFR-319)By: M. D. Hylland, M. Lowe, and C. E. Bishop This publication is an engineering folio for western Wasatch County. Four plates detail the landslide hazards in the area. Four plates detail the flood hazards, earthquake hazards, and problem soils in the western Wasatch...
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Water-related geologic problems of 1983 in southeastern Utah (OFR-149)By: F. D. Davis Most of southeastern Utah is in the Colorado Plateau physiographic province. Only the western parts of Wayne and Garfield counties are in the Southern High Plateaus Section of the Basin and Range-Colorado Plateau subprovince. The Colorado Plateau is characterized by...
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Land subsidence in southwest Utah from 1993 to 1998 measured with Interferometric Synthetic Aperture Radar (InSAR) (MP 06-5)By: R. R. Forster The objective of this study is to measure land-surface subsidence in southwest Utah using Interferometric Synthetic Aperture Radar (InSAR). During the winter of 2004/2005 the Utah Geological Survey documented earth fissures near Beryl Junction in Iron County, Utah. The UGS...
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Landslide investigation of Timber Lakes Estates, Wasatch County, Utah: Landslide inventory and preliminary geotechnical-engineering slope stability analysis (MP 05-9)By: D. P. Neuffer and R. L. Bruhn We produced a comprehensive, detailed landslide map of Timber Lakes Estates in Wasatch County, Utah. Landslide deposits underlie about 13% of the total area of Timber Lakes (about 3,200 acres). We mapped twenty separate landslides scattered...
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Landslide inventory map of Twelvemile Canyon, Sanpete County, Utah (M-247dm)By: G. N. McDonald and R. E. GiraudContains a 1:24,000 scale landslide inventory map and geodatabase for Twelvemile Canyon, east of Mayfield, Utah. The map covers 59 square miles on the west side of the Wasatch Plateau. The purpose of the map and database...
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Landslide maps of Utah Plates (M-246dm)By: A. H. Elliot and K. M. Harty Significant economic losses are associated with landslides, and Utah has numerous landslides and landslide-prone geologic units. Exposure to landslide hazards increases as development expands onto hillsides and other landslide-prone areas. To improve the understanding of landslides...
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Landslide susceptibility map of Utah (M-228)By: R. E. Giraud and L. M. Shaw This DVD contains a 1:500,000 scale landslide susceptibility map in PDF that shows the generalized landslide hazard in Utah. Landslide susceptibility categories are based on mapped landslides and slope-angle thresholds for different geologic map units. A...
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Landslide map of Utah (M-133)By: K. M. Harty Landslides are the most commonly occurring geologic hazards in Utah and have caused damage in both rural and urban areas of the state. Nearly 10,000 previously mapped landslides have been compiled onto the 1:500,000-scale base map of Utah. The map...
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Guidelines for evaluating landslide hazards in Utah (C-92)By: M. D. Hylland, editor The following guidelines were developed by the Utah Geological Survey (UGS) to assist geologists and geotechnical engineers in performing landslide-hazard studies and to help technical reviewers critically evaluate the conclusions and recommendations in hazard-evaluation reports. The guidelines address evaluating...
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A plan to reduce losses from geologic hazards in Utah - Recommendations of the Governor's Geologic Hazards Working Group 2006-2007 (C-104)By: G. E. Christenson and F. X. Ashland, compilers Statewide losses from landslides in 2005 and 2006 likely exceeded $10 million and brought much public and media attention to the risks and challenges of building on hillsides in Utah. Utah has a long history...
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