Abstract We employ seismic reflection, magnetics, and electromagnetics to locate precisely the southern extension of the Pahrump Valley Fault Zone (PVFZ) and ex-amine its subsurface geometry. The southern extension of the PVFZ is active and represents a potential seismic hazard for Las Vegas. We observe pronounced mag-netic and conductivity anomalies, and truncations of reflectors in the seismic profiles coincident with one of three Holocene scarps in southern Pahrump Valley. These geophysical techniques in combination can locate faults more precisely than the presence of eroded scarps
We report the results of a geophysical study of the Wasatch fault zone near the Provo and Salt Lake ...
The December 16, 1954, Dixie Valley earthquake (Ms = 6.8) followed the nearby Fairview Peak earthqua...
Pumpernickel Valley geothermal project area is located in the Basin and Range province, within the s...
We employ seismic reflection, magnetics, and electromagnetics to locate precisely the southern exten...
Sedimentary basins can increase the magnitude and extend the duration of seismic shaking. This poten...
Ground magnetic data were collected along a 26-km-long regional seismic-reflection profile in southw...
URL: http://www.nbmg.unr.edu/Pubs/sp/sp36/International audienceWe utilize gravity and magnetic meth...
Abstract. Gravity, magnetic, seismic refraction, electrical resistivity, and magnetotelluric measure...
High-resolution geophysical investigations can improve paleoseismic studies and the characterization...
Regional gravity and aeromagnetic maps reveal the existence of deep basins underlying much of the so...
This paper reports the results of a geophysical investigation of a sedimentary basin, Mesquite Valle...
The author has identified the following significant results. Geologic reconnaissance guided by analy...
Southern Nevada is geologically and structurally complex. Detailed geologic mapping is critical to t...
Abstract Las Vegas Valley has a rapidly growing population exceeding 1.5 mil-lion, subject to signif...
Online access for this thesis was created in part with support from the Institute of Museum and Libr...
We report the results of a geophysical study of the Wasatch fault zone near the Provo and Salt Lake ...
The December 16, 1954, Dixie Valley earthquake (Ms = 6.8) followed the nearby Fairview Peak earthqua...
Pumpernickel Valley geothermal project area is located in the Basin and Range province, within the s...
We employ seismic reflection, magnetics, and electromagnetics to locate precisely the southern exten...
Sedimentary basins can increase the magnitude and extend the duration of seismic shaking. This poten...
Ground magnetic data were collected along a 26-km-long regional seismic-reflection profile in southw...
URL: http://www.nbmg.unr.edu/Pubs/sp/sp36/International audienceWe utilize gravity and magnetic meth...
Abstract. Gravity, magnetic, seismic refraction, electrical resistivity, and magnetotelluric measure...
High-resolution geophysical investigations can improve paleoseismic studies and the characterization...
Regional gravity and aeromagnetic maps reveal the existence of deep basins underlying much of the so...
This paper reports the results of a geophysical investigation of a sedimentary basin, Mesquite Valle...
The author has identified the following significant results. Geologic reconnaissance guided by analy...
Southern Nevada is geologically and structurally complex. Detailed geologic mapping is critical to t...
Abstract Las Vegas Valley has a rapidly growing population exceeding 1.5 mil-lion, subject to signif...
Online access for this thesis was created in part with support from the Institute of Museum and Libr...
We report the results of a geophysical study of the Wasatch fault zone near the Provo and Salt Lake ...
The December 16, 1954, Dixie Valley earthquake (Ms = 6.8) followed the nearby Fairview Peak earthqua...
Pumpernickel Valley geothermal project area is located in the Basin and Range province, within the s...