Recent News

2018 Lake Bonneville Geologic Conference and Short Course

October 3–6, 2018

Utah Department of Natural Resources Auditorium

1594 West North Temple

Salt Lake City, Utah

Please contact Adam McKean with questions (801-537-3386 or adammckean@utah.gov).

With the publication in 2016 of the “Lake Bonneville: A Scientific Update” book, the Utah Geological Survey is interested in bringing together the geologic community to review and discuss relevant research in the Lake Bonneville basin. The goal of the conference and short course is twofold: (1) to provide a setting for the review and discussion of Lake Bonneville/Great Salt Lake geologic research, and (2) provide education and networking opportunities for the local geologic community.

A registration fee of $26 per day will be charged for all participants (lunch, and morning and afternoon snacks will be provided). The short course will be limited to the first 50 participants. REGISTER HERE

For additional information. PRINT FLIER

NEW PUBLICATION: Geologic Hazards of the Moab Quadrangle, Grand County, Utah

by Jessica J. Castleton, Ben A. Erickson, and Emily J. Kleber

GET IT HERE:

The Moab quadrangle is located in the south-central portion of Grand County, Utah. Currently, the area is experiencing rapid development and population growth, that is expected to continue for the foreseeable future. As urbanization expands into areas less suited for development, geologic hazards become of increasing concern in the planning, design, and construction of new facilities and infrastructure. This geologic-hazard investigation of the Moab quadrangle incorporates available geologic, hydrologic, soil, and geotechnical information to identify where geologic hazards may exist, and where detailed, site-specific, geotechnical/geologic-hazard investigations are necessary to protect health, welfare, and safety. This study provides maps and information for 13 geologic hazards: shallow groundwater, salt tectonics-related ground deformation, flooding, landsliding, rockfall, radon gas potential, collapsible soil, expansive soil and rock, corrosive soil and rock, soluble soil and rock, piping and erosion, wind-blown sand, and shallow bedrock. The maps are an aid for general planning to indicate where site-specific geotechnical/geologic-hazard investigations are necessary. The accompanying report describes the hazards and provides background information on data sources and the nature and distribution of hazards and potential mitigation measures.

Survey Notes Volume 50-2 May 2018

Our latest issue of Survey Notes is here!

Find articles on horizontal drilling potential in Utah and unprecedented 1600-foot core from the Green River Formation along with our regular featured columns.

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Check out past issues