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Warm Springs Fault

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Journal Article

Complex Holocene Fault Ruptures on the Warm Springs Valley Fault in the Northern Walker Lane, Nevada–Northern California

Colin Chupik, Richard Koehler, Amanda Keen‐Zebert
Published: 10 August 2021
Bulletin of the Seismological Society of America (2022) 112 (1): 575–596.
DOI: https://doi.org/10.1785/0120200271
...Colin Chupik; Richard Koehler; Amanda Keen‐Zebert ABSTRACT The Warm Spring Valley fault is a right‐lateral strike‐slip fault situated in the northern Walker Lane—a region of distributed deformation that accommodates ~15% of the dextral shear between the North American and the Pacific plates. We...
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View PDF for article title, Complex Holocene <span class="search-highlight">Fault</span> Ruptures on the <span class="search-highlight">Warm</span> <span class="search-highlight">Springs</span> Valley <span class="search-highlight">Fault</span> in the Northern Walker Lane, Nevada–Northern California
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Journal Article

Late Quaternary Slip‐Rate Variations along the Warm Springs Valley Fault System, Northern Walker Lane, California–Nevada Border

Ryan Gold, Craig dePolo, Richard Briggs, Anthony Crone, John Gosse
Published: 01 February 2013
Bulletin of the Seismological Society of America (2013) 103 (1): 542–558.
DOI: https://doi.org/10.1785/0120120020
... yield a slip rate of to (2 σ ) along the northern Warm Springs Valley fault system for the past 41.4–55.7 ka. In contrast to this longer‐term slip rate, shorelines associated with the Sehoo highstand of Lake Lahontan (∼15.8 ka) adjacent to the Fort Sage fan are dextrally faulted at most 3 m, which...
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View PDF for article title, Late Quaternary Slip‐Rate Variations along the <span class="search-highlight">Warm</span> <span class="search-highlight">Springs</span> Valley <span class="search-highlight">Fault</span> System, Northern Walker Lane, California–Nevada Border
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Journal Article

A Broad, Distributed Active Fault Zone Lies beneath Salt Lake City, Utah

Lee M. Liberty, James St. Clair, Adam P. McKean
Published: 03 June 2021
The Seismic Record (2021) 1 (1): 35–45.
DOI: https://doi.org/10.1785/0320210009
... with previous excavation trench, borehole, and other geologic and geophysical observations, we conclude that a zone of latest Pleistocene and/or Holocene faulting and folding kinematically links the East Bench and Warm Springs faults through a 3 km wide relay structure and transfer zone. We characterize faults...
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View PDF for article title, A Broad, Distributed Active <span class="search-highlight">Fault</span> Zone Lies beneath Salt Lake City, Utah
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Journal Article

GPS estimate of relative motion between the Caribbean and South American plates, and geologic implications for Trinidad and Venezuela

John C. Weber, Timothy H. Dixon, Charles DeMets, William B. Ambeh, Pamela Jansma, Glen Mattioli, Jarir Saleh, Giovanni Sella, Roger Bilham, Omar Pérez
Journal: Geology
Published: 01 January 2001
Geology (2001) 29 (1): 75–78.
DOI: https://doi.org/10.1130/0091-7613(2001)029<0075:GEORMB>2.0.CO;2
...–1995 GPS data at 23 sites in Trinidad and determined that the Central Range (Warm Springs) fault is the major active strike-slip fault in Trinidad, albeit aseismic and possibly locked. Data from two campaign GPS sites in Trinidad provide additional insight. Site TDAD ( Table 1 ) is roughly 35 km north...
FIGURES
View PDF for article title, GPS estimate of relative motion between the Caribbean and South American plates, and geologic implications for Trinidad and Venezuela
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Image
Close up of study area. The Olinghouse lineament is marked by small red arrows, and the left-lateral Olinghouse fault is marked by the solid red line. The Pyramid Lake and Warm Springs faults of the Northern California shear zone are shown as magenta lines.

Close up of study area. The Olinghouse lineament is marked by small red arr...

Published: 05 October 2017
Figure 2. Close up of study area. The Olinghouse lineament is marked by small red arrows, and the left-lateral Olinghouse fault is marked by the solid red line. The Pyramid Lake and Warm Springs faults of the Northern California shear zone are shown as magenta lines.
Image
Figure 1. Map showing central Wasatch fault segments and apatite (U-Th)/He ages (in Ma). Solid line—Wasatch fault zone; dashed white lines—approximate segment boundaries; asterisks—ages from Armstrong et al. (2003). RFF—Rudys Flat fault; WSF—Warm Springs fault; DCF—Deer Creek fault; and SLS—Salt Lake salient. Inset map shows location of study area at boundary between Basin and Range (BR) and Colorado Plateau (CP) Provinces

Figure 1. Map showing central Wasatch fault segments and apatite (U-Th)/He ...

Published: 01 May 2004
Figure 1. Map showing central Wasatch fault segments and apatite (U-Th)/He ages (in Ma). Solid line—Wasatch fault zone; dashed white lines—approximate segment boundaries; asterisks—ages from Armstrong et al. (2003) . RFF—Rudys Flat fault; WSF—Warm Springs fault; DCF—Deer Creek fault; and SLS—Salt
Image
Simplified fault map of the Walker Lane belt and northern part of the eastern California shear zone showing the major Quaternary faults. Solid ball is located on the hanging wall of normal faults; arrow pairs indicate relative motion across strike-slip faults. Fault abbreviations: BSF—Benton Springs fault; CF—Coaldale fault; DSF—Deep Springs fault; DVFCFLVFZ—Death Valley–Furnace Creek–Fish Lake Valley fault zone; GHF—Gumdrop Hills fault; HLF—Honey Lake fault; HMF—Hunter Mountain fault; MVF—Mohawk Valley fault; NSNF—Northern Sierra Nevada fault; OVF—Owens Valley fault; PLF—Pyramid Lake fault; PSF—Petrified Springs fault; PVF—Panamint Valley fault; QVF—Queen Valley fault; SLF—Stateline fault; SNFFZ—Sierra Nevada frontal fault zone; TPF—Towne Pass fault; WMFZ—White Mountains fault zone; WSFZ—Warm Springs fault zone.

Simplified fault map of the Walker Lane belt and northern part of the easte...

Published: 01 March 2009
fault; PSF—Petrified Springs fault; PVF—Panamint Valley fault; QVF—Queen Valley fault; SLF—Stateline fault; SNFFZ—Sierra Nevada frontal fault zone; TPF—Towne Pass fault; WMFZ—White Mountains fault zone; WSFZ—Warm Springs fault zone.
Image
Map of the Salt Lake basin showing known Quaternary surface faulting on the Wasatch fault zone and the surface trace of the WFSLC model. The mesh shows the 3D structure of the WFSLC with along-strike and along-dip distances in 1000-m contours. Letters represent the epicenter locations in the six rupture models. The outer rectangle shows the extent of the computational model used for FD simulations; the inner rectangle indicates the region shown in Figure 2. WSF, Warm Springs fault; EBF, East Bench fault; CS, Cottonwood section.

Map of the Salt Lake basin showing known Quaternary surface faulting on the...

Published: 01 October 2011
locations in the six rupture models. The outer rectangle shows the extent of the computational model used for FD simulations; the inner rectangle indicates the region shown in Figure  2 . WSF, Warm Springs fault; EBF, East Bench fault; CS, Cottonwood section.
Image
(a) Location of the Walker Lane with respect to the Pacific Plate (PP), San Andreas fault (SA), and North America Plate (NAP). Shaded square indicates extent of Figure 1b. (b) Location of the Fort Sage fault zone (FS). HL, Honey Lake fault zone; WS, Warm Springs fault zone. Faults are from USGS Quaternary Faults‐and‐Fold Database (see Data and Resources) and base map is generated from Shuttle Radar Topography Mission (SRTM) data (Farr et al., 2007). Shaded areas indicate lakes. The color version of this figure is available only in the electronic edition.

(a) Location of the Walker Lane with respect to the Pacific Plate ( PP ), S...

Published: 01 February 2013
Figure 1. (a) Location of the Walker Lane with respect to the Pacific Plate ( PP ), San Andreas fault ( SA ), and North America Plate ( NAP ). Shaded square indicates extent of Figure 1b. (b) Location of the Fort Sage fault zone (FS). HL, Honey Lake fault zone; WS, Warm Springs fault zone. Faults
Image
(a) Key active faults (red lines) along the Wasatch range front in central Utah (modified from DuRoss et al., 2016). Black lines show other Quaternary active faults. Black box represents the study area. (b) Bouguer gravity map for the Salt Lake basin showing northwest‐trending depth‐to‐bedrock contours (compiled by Roten et al., 2011) that support a linkage between the East Bench fault (EBF) and Warm Springs fault (WSF). Black box represents Figure 2 region. The green star represents the 2020 Magna earthquake epicenter. Historical seismicity (red circles) shows a focus on the west side of the valley. CF, Cottonwood fault.

(a) Key active faults (red lines) along the Wasatch range front in central ...

Published: 03 June 2021
‐to‐bedrock contours (compiled by Roten et al. , 2011 ) that support a linkage between the East Bench fault (EBF) and Warm Springs fault (WSF). Black box represents Figure  2 region. The green star represents the 2020 Magna earthquake epicenter. Historical seismicity (red circles) shows a focus on the west
Image
(a) The inverted shear velocity (VS) model at 0.5 km depth. The red lines A–A′ and B–B′ show the location of two cross sections in panels (b) and (c). (b) The inverted VS model along cross section A–A′ for depth between 0 and 3 km. Relative elevation is shown on top of the cross section with same scale as depth. Approximate locations of two opposite dipping antithetic normal faults. West Valley fault zone (WVFZ) and Warm Springs fault (WSF) are identified by gray lines. (c) Same as panel (b) but for cross section B–B′. (d–f) Same as panels (a–c) but from the CVM.

(a) The inverted shear velocity ( V S ) model at 0.5 km depth. The r...

Published: 23 June 2022
of the cross section with same scale as depth. Approximate locations of two opposite dipping antithetic normal faults. West Valley fault zone (WVFZ) and Warm Springs fault (WSF) are identified by gray lines. (c) Same as panel (b) but for cross section B–B′. (d–f) Same as panels (a–c) but from the CVM.
Journal Article

Slip vectors on faults near Salt Lake City, Utah, from quaternary displacements and seismicity

Terry L. Pavlis, R. B. Smith
Published: 01 October 1980
Bulletin of the Seismological Society of America (1980) 70 (5): 1521–1526.
DOI: https://doi.org/10.1785/BSSA0700051521
...; Arabasz et al., 1980). Within this zone of seismicity, the Salt Lake salient, an elongate bedrock spur, extends westward approximately 6 km from the main front of the Wasatch Mountains. Two high-angle faults, the Warm Springs and Virginia Street faults, have been exposed by excavations on the western...
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(A) Simplified tectonic map of the western U.S. Cordillera showing the modern plate boundaries and tectonic provinces. Basin and Range Province is in medium gray; Central Nevada seismic belt (CNSB), eastern California shear zone (ECSZ), Intermountain seismic belt (ISB), and Walker Lane belt (WLB) are in light gray; Mina deflection (MD) is in dark gray. (B) Shaded relief map of the WLB and northern part of the ECSZ showing the major Quaternary faults. Solid ball is located on the hanging wall of normal faults; arrow pairs indicate relative motion across strike-slip faults; white dashed box outlines location of Figure 2; light gray shaded areas show the Mina deflection and the Carson domain. BSF—Benton Springs fault; CF—Coaldale fault; DSF—Deep Springs fault; DVFCFLVFZ—Death Valley–Furnace Creek–Fish Lake Valley fault zone; GHF—Gumdrop Hills fault; HLF—Honey Lake fault; HMF—Hunter Mountain fault; MVF—Mohawk Valley fault; OVF—Owens Valley fault; PLF—Pyramid Lake fault; PSF—Petrified Springs fault; QVF—Queen Valley fault; SLF—Stateline fault; SNFFZ—Sierra Nevada frontal fault zone; WMFZ—White Mountains fault zone; WRF—Wassuk Range fault; WSFZ—Warm Springs fault zone.

(A) Simplified tectonic map of the western U.S. Cordillera showing the mode...

Published: 01 February 2013
—Hunter Mountain fault; MVF—Mohawk Valley fault; OVF—Owens Valley fault; PLF—Pyramid Lake fault; PSF—Petrified Springs fault; QVF—Queen Valley fault; SLF—Stateline fault; SNFFZ—Sierra Nevada frontal fault zone; WMFZ—White Mountains fault zone; WRF—Wassuk Range fault; WSFZ—Warm Springs fault zone.
Image
Map of Quaternary faults in eastern California and western Nevada showing the major right step in the Eastern California shear zone–Walker Lane system across the Mina Deflection. Fish Lake Valley fault is shown in white. Black arrows show generalized fault-parallel and fault-perpendicular components of geodetic velocity field (Bennett et al., 2003; Wesnousky, 2005a). The corners of Figure 2 are shown in black. Faults are from the U.S. Geological Survey (USGS) Quaternary fault and fold database. AHF—Ash Hill fault, ALF—Airport Lake fault, BSF—Benton Springs fault, CF—Coaldale fault, EF—Excelsior Mountains fault, EPF—Emigrant Peak fault, EVF—Eureka Valley fault, DSF—Deep Springs fault, FLVF—Fish Lake Valley fault, GF—Garlock fault, HCF—Hilton Creek fault, HMSVF—Hunter Mountain–Saline Valley fault, LMF—Lone Mountain fault, MLF—Mono Lake fault, NDVF—northern Death Valley fault, OVF—Owens Valley fault, PSF—Petrified Springs fault, PVF—Panamint Valley fault, QVF—Queen Valley fault, RF—Rattlesnake Flat fault, RVF—Round Valley fault, SLF—Silver Lake fault, SNF—Sierra Nevada frontal fault, SVF—Saline Valley fault, TMF—Tin Mountain fault, TPF—Towne Pass fault, WF—Warm Springs fault, WMF—White Mountains fault.

Map of Quaternary faults in eastern California and western Nevada showing t...

Published: 01 February 2010
, OVF—Owens Valley fault, PSF—Petrified Springs fault, PVF—Panamint Valley fault, QVF—Queen Valley fault, RF—Rattlesnake Flat fault, RVF—Round Valley fault, SLF—Silver Lake fault, SNF—Sierra Nevada frontal fault, SVF—Saline Valley fault, TMF—Tin Mountain fault, TPF—Towne Pass fault, WF—Warm Springs
Image
Regional hillshade and fault map of study area. Northwest‐trending right‐lateral strike‐slip faults accommodating Walker Lane right‐lateral shear are shown as solid black lines (PLFZ, Pyramid Lake fault Zone; PF, Polaris fault, MVF, Mohawk Valley fault; GVF, Grizzly Valley fault; HLF, Honey Lake fault; WSF, Warm Springs fault; RMF, Rainbow Mountain fault). Normal faults are shown in light gray. All faults modified from the U.S. Geological Survey Quaternary Fault and Fold Database (2006; see Data and Resources). White dashed boxes show geodetic transects from Bormann (2013) used to constrain strain rates for the northern Walker Lane. (Inset) Regional tectonic setting of the study area and its relation to the San Andreas (SA) fault system.The color version of this figure is available only in the electronic edition.

Regional hillshade and fault map of study area. Northwest‐trending right‐la...

Published: 02 February 2016
, Honey Lake fault; WSF, Warm Springs fault; RMF, Rainbow Mountain fault). Normal faults are shown in light gray. All faults modified from the U.S. Geological Survey Quaternary Fault and Fold Database (2006; see Data and Resources ). White dashed boxes show geodetic transects from Bormann (2013) used
Image
(Inset) Location of the Walker Lane (shaded), western United States. NA—North American plate; PP—Pacific plate; SA—San Andreas fault zone; ECSZ—eastern California shear zone. (Main) Shaded-relief image and fault map of the central portion of the Walker Lane. Quaternary-active fault traces (black lines) are modified from U.S. Geological Survey Quaternary Fault and Fold Database (https://earthquake.usgs.gov/hazards/qfaults/). Sense of motion on the faults is shown by black arrows on the strike-slip faults and half barbell on the down-dropped side of normal faults. White circular arrows show regions undergoing rotation (Cashman and Fontaine, 2000; Carlson et al., 2013). Solid white half arrows show relative motions, and white dashed box is representative of a geodetic strain rate transect across the central Walker Lane (Bormann et al., 2016). Studied faults: APF—Agai Pah fault; IHF—Indian Head fault; GHF—Gumdrop Hills fault; BSF—Benton Springs fault; N-BSF—northern Benton Springs fault; PSF—Petrified Springs fault. Other Quaternary-active faults of the Walker Lane: HLF—Honey Lake fault; WSF—Warm Springs fault; PLF—Pyramid Lake fault; OF—Olinghouse fault; CL—Carson lineament; WL—Wabuska lineament; WTF—West Tahoe fault; GF—Genoa fault; AVF—Antelope Valley fault; SMF—Smith Valley fault; SRF—Singatse Range fault; WF—Wassuk fault; RCF—Robinson Creek fault; MLF—Mono Lake fault; SLF—Silver Lake fault; RF—Rattlesnake fault; EF—Excelsior fault; CF—Coaldale fault; WMF—White Mountain fault; OVF—Owens Valley fault; DV–FLVF—Death Valley–Fish Lake Valley fault system.

(Inset) Location of the Walker Lane (shaded), western United States. NA—Nor...

Published: 29 July 2019
fault; IHF—Indian Head fault; GHF—Gumdrop Hills fault; BSF—Benton Springs fault; N-BSF—northern Benton Springs fault; PSF—Petrified Springs fault. Other Quaternary-active faults of the Walker Lane: HLF—Honey Lake fault; WSF—Warm Springs fault; PLF—Pyramid Lake fault; OF—Olinghouse fault; CL—Carson
Image
(A) Simplified tectonic map of the western U.S. Cordillera showing the modern plate boundaries and tectonic provinces. Basin and Range Province is in medium gray; CNSB (Central Nevada seismic belt), ECSZ (eastern California shear zone), ISB (intermountain seismic belt), and WLB (Walker Lane belt) are in light gray; MD (Mina deflection) is in dark gray. (B) Shaded relief map of the Walker Lane Belt and northern part of the eastern California shear zone showing the major Quaternary faults, the Carson domain, MD, and the Silver Peak–Lone Mountain extensional complex (SPLM). Light-blue squares show locations of GPS sites that bound the Mina deflection (Bormann et al., 2016); solid ball is located on the hanging wall of normal faults; arrow pairs indicate relative motion across strike-slip faults. AH—Anchorite Hills fault zone; BSF—Benton Springs fault; CF—Coaldale fault; CVF—Clayton Valley fault; DSF—Deep Springs fault; EPF—Emigrant Peak fault; EF—Excelsior fault; FCDV—Furnace Creek–Death Valley fault zone; FLVFC—Fish Lake Valley fault–Furnace Creek fault zone; GHF—Gumdrop Hills fault; HLF—Honey Lake fault; HMF—Hunter Mountain fault; LMF—Lone Mountain fault; MVF—Mohawk Valley fault; OVF—Owens Valley fault; PLF—Pyramid Lake fault; PSF—Petrified Springs fault; PVF—Panamint Valley fault; QVF—Queen Valley fault; RVF—Round Valley fault; SAF—San Antonio Mountains range front fault; SLF—Stateline fault; SNFF—Sierra Nevada frontal fault zone; TPF—Towne Pass fault; WMF—White Mountains fault zone; WRF—Wassuk Range fault; WSFZ—Warm Springs fault zone.

(A) Simplified tectonic map of the western U.S. Cordillera showing the mode...

Published: 24 June 2019
fault zone; WRF—Wassuk Range fault; WSFZ—Warm Springs fault zone.
Image
An overview of the different proposed fault structures discussed in this article. The locations from Pang et al. (2020) are shown in the background as blue. The cross section A to A′ and A″ (inset map) is shown in the foreground with the locations from this study and intersects with the northernmost portion of the SLC segment of the WF. The lower section of the Weber segment connects with the Warm Springs fault (WSF), which may extend farther south than is mapped on the surface. The proposed geometry in this study is shown as a black line, with reasonable variations to this model from nonlistric to minimally listric contained within the associated black dashed lines. The location of the mainshock from this study is shown as a red star. A reference geometry for a listric fault, roughly based on Pang et al. (2020), which used a slightly more northeast‐trending cross section that passed through the WSF, is shown as a blue dashed line. There is a broad range of dips that are possible near the surface trace of the WF, and the lines shown on the cross section are not intended to be exact. All lines drawn in the cross section are approximate and meant to conceptually illustrate possible subsurface structure.

An overview of the different proposed fault structures discussed in this ar...

Published: 25 April 2024
with the northernmost portion of the SLC segment of the WF. The lower section of the Weber segment connects with the Warm Springs fault (WSF), which may extend farther south than is mapped on the surface. The proposed geometry in this study is shown as a black line, with reasonable variations to this model from
Image
Regional structure elements and cross section locations around Trinidad (Heppard et al., 1998; Healy et al., 2007; Alvarez, 2014). CRFZ—Central Range fault zone, ECFZ—El Coche fault zone, EPFZ—El Pilar fault zone, GTFZ—Galera Tear fault zone, HLFZ—Hinge Line fault zone, LBFZ—Los Bajos fault zone, NCFZ—North Coast fault zone, WSFZ—Warm Springs fault zone, COB/GFZ—continent-ocean boundary/Guyana fracture zone, CR—Central Range, DB—Darien Basin, DR—Darien Ridge, GOP—Gulf of Paria, GR—Galeota Ridge (Carr-Brown, 1971), NCB—North Coast Basin, NB—Northern Basin, NR—Northern Range, PR—Poui Ridge, PT—Paria terrane, SB—Southern Basin, SH—Southeast Galeota (SEG) High, TT—Tobago terrane (Alvarez, 2014), CGF—onshore Cedar Grove growth fault, MMF—Marcel Main fault (Bowman and Johnson, 2014).

Regional structure elements and cross section locations around Trinidad ( H...

Published: 10 August 2017
Bajos fault zone, NCFZ—North Coast fault zone, WSFZ—Warm Springs fault zone, COB/GFZ—continent-ocean boundary/Guyana fracture zone, CR—Central Range, DB—Darien Basin, DR—Darien Ridge, GOP—Gulf of Paria, GR—Galeota Ridge ( Carr-Brown, 1971 ), NCB—North Coast Basin, NB—Northern Basin, NR—Northern Range
Image
Locations of figures, locales, and faults discussed throughout the article. Surficial faults are shown as solid, heavy black lines with bar and ball on down‐dropped side of faults (fault traces from the Utah Quaternary Fault and Fold Database [UGS, 2020]). Existing or known inferred basin faults from recent geologic mapping (Biek et al., 2007; Solomon et al., 2007; Clark et al., 2017; McKean, 2019; McKean and Hylland, 2019a; McKean et al., 2019) are shown as dashed lines. Cross section A–A′ shown in Figure 8. Hillshade basemap from Utah Automated Geographic Reference Center (AGRC, 2018). EBF, East Bench fault; EP, Ensign Peak; GF, Granger fault; HF, Harkers fault; KTI, Kennecott Utah Copper’s tailings impoundment; OGSLFZ, Oquirrh‐Great Salt Lake fault zone; OTF, reactivated Ogden thrust fault; SLS, Salt Lake salient; TF, Taylorsville fault; TFZ, Transverse fault zone; UNF, unnamed normal fault; WFZ‐SLCS, Wasatch fault zone‐Salt Lake City segment; WFZ‐WS, Wasatch fault zone‐Weber segment; WSF, Warm Springs fault; and WVFZ, West Valley fault zone.

Locations of figures, locales, and faults discussed throughout the article....

Published: 30 December 2020
fault zone; UNF, unnamed normal fault; WFZ‐SLCS, Wasatch fault zone‐Salt Lake City segment; WFZ‐WS, Wasatch fault zone‐Weber segment; WSF, Warm Springs fault; and WVFZ, West Valley fault zone.