The main goal of this study is to compare different reflection methods used to image subsurface structure within different physical environments in western Nevada. With all the methods employed, the primary goal is fault imaging for structural information toward geothermal exploration and seismic hazard estimation. We use seismic CHIRP (a swept-frequency marine acquisition system), weight drop (an accelerated hammer source), and two different vibroseis systems to characterize fault structure. We focused our efforts in the Reno metropolitan area and the area within and surrounding Pyramid Lake in northern Nevada. These different methods have provided valuable constraints on the fault geometry and activity, as well as associated fluid movement. These are critical in evaluating the potential for large earthquakes in these areas, and geothermal exploration possibilities near these structures.
Recent Faulting In Western Nevada Revealed By Multi-scale Seismic Reflection
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Frary, Roxanna N., Louie, John N., Stephenson, William J., Odum, Jackson K., Kell, Annie, Eisses, Amy, Kent, Graham M., Driscoll, Neal W., Karlin, Robert, Baskink, Robert L., Pullammanappallil, Satish, and Lee M. Liberty. "Recent Faulting In Western Nevada Revealed By Multi-scale Seismic Reflection." Paper presented at the 2011 SEG Annual Meeting, San Antonio, Texas, September 2011.
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