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Lhoist Quarry

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Image
Three outcrop exposures have been selected to highlight changes in deformation within the quarry (b-g). (a) Inset map of the Lhoist Quarry, (b, d, and f) show high-resolution images, and (c, e, and g) represent outcrop interpretations. Fault traces are shown as black lines, and bedding planes are shown as white lines. The bold white lines signify key marker beds, and vegetation has been grayed out. (h) A rose diagram of faults mapped from all fault surfaces mapped in Lhoist Quarry is shown, with green- and black-striped petals representing ranges in strike and dip angles, respectively. The black arrow points to average strike, and the green arrow shows the mean dip.

Three outcrop exposures have been selected to highlight changes in deformat... Available to Purchase

Published: 11 March 2020
Figure 8. Three outcrop exposures have been selected to highlight changes in deformation within the quarry (b-g). (a) Inset map of the Lhoist Quarry, (b, d, and f) show high-resolution images, and (c, e, and g) represent outcrop interpretations. Fault traces are shown as black lines, and bedding
Image
Inset map of the northeastern LU. See Figure 2 for the location and symbols. The fault traces and stratigraphic unit polygons are modified after the Geologic Atlas of Texas (USGS TWSC). The 3D outcrop models of Hoover Point (OD1) and Lhoist Quarry (OD2) are outlined in green. Precambrian basement lithologies are shown in variations of pink and are juxtaposed by Paleozoic strata, shown in gray.

Inset map of the northeastern LU. See Figure  2 for the location and symbo... Available to Purchase

Published: 11 March 2020
Figure 6. Inset map of the northeastern LU. See Figure  2 for the location and symbols. The fault traces and stratigraphic unit polygons are modified after the Geologic Atlas of Texas (USGS TWSC). The 3D outcrop models of Hoover Point (OD1) and Lhoist Quarry (OD2) are outlined in green
Journal Article

Structural characterization of potentially seismogenic faults in the Fort Worth Basin Available to Purchase

Elizabeth A. Horne, Peter H. Hennings, Johnathon L. Osmond, Heather R. DeShon
Journal: Interpretation
Published: 11 March 2020
Interpretation (2020) 8 (2): T323–T347.
DOI: https://doi.org/10.1190/INT-2019-0188.1
...Figure 8. Three outcrop exposures have been selected to highlight changes in deformation within the quarry (b-g). (a) Inset map of the Lhoist Quarry, (b, d, and f) show high-resolution images, and (c, e, and g) represent outcrop interpretations. Fault traces are shown as black lines, and bedding...
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View PDF for article title, Structural characterization of potentially seismogenic faults in the Fort Worth Basin
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Journal Article

Radar imaging of fractures and voids behind the walls of an underground mine Available to Purchase

Amin Abbasi Baghbadorani, John A. Hole, Jonathan Baggett, Nino Ripepi
Journal: Geophysics
Published: 12 July 2021
Geophysics (2021) 86 (4): H27–H41.
DOI: https://doi.org/10.1190/geo2020-0763.1
... so that a hazardous zone can lie between or beyond drillholes and be absent or subtle where drilled. Limestone is widely excavated globally from open quarries and underground mines for crushed stone, building stone, and chemical lime (e.g.,  Bliss et al., 2008 ). It is a mechanically strong rock...
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Journal Article

Conductivity and scattering Q in GPR data: Example from the Ellenburger dolomite, central Texas Available to Purchase

Hussein Harbi, George A. McMechan
Journal: Geophysics
Published: 27 June 2012
Geophysics (2012) 77 (4): H63–H78.
DOI: https://doi.org/10.1190/geo2011-0337.1
... by the Gas Research Institute under Contract 5097-210-3889. Tom Cook and Rick Hohman of Lhoist North America (formerly Chemical Lime Company), Marble Falls, TX allowed access to the field site and provided logistical support. Xiaoxian Zeng provided expert technical help in the field data acquisition...
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View PDF for article title, Conductivity and scattering Q in GPR data: Example from the Ellenburger dolomite, central Texas
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