Color, Page-size Maps

Liquefaction susceptibility map for Tooele Valley, Tooele County, Utah, 1 p., PI-80, 8/03 Free

Liquefaction potential map for Cache Valley, Cache County, Utah, 1 p., PI-79, 8/03 Free

PI-24 Liquefaction-potential map for a part of Davis County, Utah, by J.L. Jarva, 1 p., 8/94 Free

PI-25 Liquefaction-potential map for a part of Salt Lake Co., Utah, by J.L. Jarva, 1 p., 8/94 Free

PI-27 Liquefaction-potential map for a part of Weber County, Utah, by J.L. Jarva, 1 p., 8/94 Free

PI-28 Liquefaction-potential map for a part of Utah County, Utah, by J.L. Jarva, 1 p., 8/94 Free

Non-Technical Summaries

Liquefaction potential maps for Utah, CD in pdf format (463p. 81 plates) (reprints of CR-94-1 to CR-94-10), OFR-433 $14.95
Liquefaction potential maps for: northern Wasatch Front, central Utah, and for Davis, Salt Lake, and Utah counties.

Liquefaction potential map for central Utah: non-technical summary by L.R. Anderson, 6 p., 14 pl., 1:48,000, 1994 CR-94-5 $42.50

Technical Reports

Geologic evaluation and hazard potential of liquefaction-induced landslides along the Wasatch Front, Utah, by Kimm M. Harty and Mike Lowe, 40 p., 16 pl., ISBN 1-55791-687-X, 2003, SS-104 $12.95
Much of the Wasatch Front of northern Utah is underlain by saturated sandy sediments that are prone to liquefaction during moderate and large earthquakes. Thirteen liquefaction-induced landslides have been identified along the Wasatch Front by previous researchers, but development has proceeded in these areas with little consideration of the hazards from these landslides. This investigation assesses the hazard these features pose by determining if they are indeed liquefaction-induced landslides, and determines their potential for movement during future earthquakes.

Characteristics, timing, and hazard potential of liquefaction-induced landsliding in the Farmington Siding landslide complex, Davis County, Utah, by Michael D. Hylland and Mike Lowe, 38 p., 8/98 $8.25 SS-95
This group of landslides shows three, possibly four, landslide events during late Pleistocene and Holocene time, likely due to high levels of the Great Salt Lake and ground water. This study defines the boundaries, outlines the hazards, and includes recommendations for land-use planning.

Liquefaction potential maps for Utah, CD in pdf format (463p. 81 plates) (reprints of CR-94-1 to CR-94-10), OFR-433 $14.95
Liquefaction potential maps for: northern Wasatch Front, central Utah, and for Davis, Salt Lake, and Utah counties.

Liquefaction potential map for Davis County, Utah: complete technical report, by L.R. Anderson, J.R. Keaton, Stanley Ellis and Kevin Aubrey, 50 p., 8 pl., 1:48,000, 1994 CR-94-7 $28.40

Liquefaction potential map for Utah County, Utah: complete technical report, by L.R. Anderson, J.R. Keaton, and J.E. Bischoff, 46 p., 16 pl., 1:48,000, 1994 CR-94-8 $52.00