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Drayton Fault

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▴ A) Overlay of the Drayton limestone valley (dashed contours) and Fort Bull dome (gray pattern) with the WF offset model of Talwani and Durá-Gómez (2009). B) Overlay of domes and areas of proposed uplift (gray areas modified from Marple and Talwani 2000 and Weems and Lewis 2002) with the fault offset model of Talwani and Durá-Gómez (2009). PPH is pre-Pliocene high generalized from Figure 18 of Marple and Talwani (2000). Small dark gray area in the Fort Bull dome is the peak area of uplift called Fort Bull bulge. Dashed area northwest of the Fort Bull dome is the dome's former position beneath the Drayton LS depression. Stippled areas labeled “L” in 1B denote depressions in the base of the Santee formation (from Muthanna 1988). Dashed segment of releveling line 9 is an area of relative uplift (modified from Poley and Talwani 1986). Zone of river anomalies (ZRA) is denoted by the two parallel dashed lines. ARF: Ashley River fault, CF: Charleston fault, LF: Lincolnville fault, SBF: Sawmill Branch fault, SF: Summerville fault, S: Summerville. C) Overlay of domes with the fault bend model of Marple and Miller (2006). BF: Berkeley fault (Marple and Miller 2006), CF: Charleston fault (modified from Marple and Miller 2006), MF: Middleton fault (this comment). VT5 is seismic-reflection profile taken from Marple and Miller (2006). CH2 denotes marine seismic-reflection profile of Behrendt et al. (1983). Dashed segment of CH2 is upwarped portion of seismic profile.
Published: 01 July 2011
Figure 5. ▴ A) Overlay of the Drayton limestone valley (dashed contours) and Fort Bull dome (gray pattern) with the WF offset model of Talwani and Durá-Gómez ( 2009 ). B) Overlay of domes and areas of proposed uplift (gray areas modified from Marple and Talwani 2000 and Weems and Lewis 2002
Journal Article
Journal: GSA Bulletin
Published: 01 January 2002
GSA Bulletin (2002) 114 (1): 24–42.
... features of the region. This correlation suggests that the tectonic setting of the Charleston region is controlled by scissors- like compression on a crustal block located between the north-trending Adams Run fault and the northwest-trending Charleston fault. Tectonism is localized in the Charleston region...
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First thumbnail for: Structural and tectonic setting of the Charleston,...
Second thumbnail for: Structural and tectonic setting of the Charleston,...
Third thumbnail for: Structural and tectonic setting of the Charleston,...
Journal Article
Journal: AAPG Bulletin
Published: 01 August 1954
AAPG Bulletin (1954) 38 (8): 1699–1713.
... occurred in shales at 480 and 1,040 feet below the Top Hard level. It is in a basin area disturbed by faults of moderate size. West Drayton, Nottinghamshire .—In a coal boring at West Drayton, 3 miles north of Tuxford, a thin-bedded sandy mudstone was encountered at 3,161 feet, at the horizon...
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First thumbnail for: Oil Occurrences in Coal Measures of England
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Journal Article
Published: 01 July 2011
Seismological Research Letters (2011) 82 (4): 599–605.
...Figure 5. ▴ A) Overlay of the Drayton limestone valley (dashed contours) and Fort Bull dome (gray pattern) with the WF offset model of Talwani and Durá-Gómez ( 2009 ). B) Overlay of domes and areas of proposed uplift (gray areas modified from Marple and Talwani 2000 and Weems and Lewis 2002...
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First thumbnail for: Comment on the Companion Articles “Finding <span c...
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Regional distribution of structural blocks and sub-basins, modified from Waters et al. (2009), with slight revisions based on Clarke et al. (2018). Major structural features: AB, Alport Basin; BH, Bowland High; BS, Bowland Sub-basin; CLH, Central Lancashire High; FHF, Flamborough Head Fault; HB, Harrogate Basin; HH, Heywood and Holme highs; HdB, Huddersfield Basin; LFS, Lancaster Fells Sub-basin; MCF, Morley–Campsal Fault; MDH, Market Drayton High; RB, Rossendale Basin; WG, Widmerpool Gulf. Boreholes/wells referred to in text: B1z, Becconsall-1z well; CD, Carsington Dam Reconstruction C4 and C3 boreholes; D, Duffield borehole; GH1z, Grange Hill-1z well; K1, Karenight 1 borehole; KM1, Kirby Misperton-1 well; M4, Malton-4 well; MH, Marl Hill borehole; PH1, Preese Hall-1 well. The Craven Basin comprises the series of basins and tilt blocks to the south of the Askrigg Block and Lake District High, and to the north of the Central Lancashire High. Map coordinates: National Grid Reference. Inset shows the location of Figure 1 and outcrop distribution of Carboniferous strata (from Waters et al. 2011); coordinates are longitude and latitude.
Published: 02 May 2019
Head Fault; HB, Harrogate Basin; HH, Heywood and Holme highs; HdB, Huddersfield Basin; LFS, Lancaster Fells Sub-basin; MCF, Morley–Campsal Fault; MDH, Market Drayton High; RB, Rossendale Basin; WG, Widmerpool Gulf. Boreholes/wells referred to in text: B1z, Becconsall-1z well; CD, Carsington Dam
Journal Article
Journal: AAPG Bulletin
Published: 01 May 1972
AAPG Bulletin (1972) 56 (5): 964–968.
... , G. W. , 1969 , Geological developments in the eastern Officer basin of South Australia : Australian Petroleum Exploration Assoc. Jour. , v. 9 , no. 2 , p. 8 – 13 . Laherrere , J. , and R. D. Drayton , 1965 . Some geophysical results across the Simpson desert : Australian...
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First thumbnail for: Illamurta Diapiric Complex and its Position on an ...
Second thumbnail for: Illamurta Diapiric Complex and its Position on an ...
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Tectonic setting of Puget Sound region and Darrington–Devils Mountain fault zone (DDMFZ). (A) Regional tectonic setting of Pacific Northwest modified from block rotation model of Wells et al. (1998). Abbreviations: JDF—Juan de Fuca plate, NAM—North American plate, and PAC—Pacific plate; B&amp;R—Basin and Range, NCS—Northern Cascadia, ORC—Oregon Coast Range, SNV—Sierra Nevada, VOL—volcanic extensional, and YAK—Yakima fold belt blocks; SAF—San Andreas fault; CSZ—Cascadia subduction zone. Gray arrows show direction of modeled block rotations from McCaffrey et al. (2007). White arrows are plate motion directions and velocities (in mm/yr) relative to North America (Wells et al., 1998; McCaffrey et al., 2007). Location of “backstop” buttress and location of northern margin of Northern Cascadia forearc block are from Kelsey et al. (2012). (B) Locations of Holocene-active (red) and other (black) Quaternary faults, margins of Tertiary forearc basins, and shallow (&lt;25 km) seismicity in Puget Lowland of northwest Washington. Fault traces are modified from Barnett et al. (2010), Kelsey et al. (2012), and Quaternary Fault and Fold Database of the United States (U.S. Geological Survey, 2013). Outlines of Tertiary basins (heavy pink lines) are modified from Brocher et al. (2001), Kelsey et al. (2012), and Mace and Keranen (2012). Abbreviations: BB—Bellingham, EB—Everett, SB—Seattle, and TB—Tacoma basins; KA—Kingston Arch, SU—Seattle uplift; BBF—Birch Bay, BCF—Boulder Creek, DHF—Drayton Harbor, LCF—Lake Creek, OF—Olympia, SF—Seattle, SMF—Saddle Mountain, SPF—Sandy Point, SWF—South Whidbey Island, TF—Tacoma, and UPF—Utsalady Point faults; DDMFZ—Darrington–Devils Mountain fault zone. Seismicity (orange circles) from ANSS (Advanced National Seismic System) catalog (M) ≥3.0, depth ≤25 km, 1900–2013 (http://earthquake.usgs.gov/earthquakes/search/, accessed 07 September 2013).
Published: 01 December 2014
—Boulder Creek, DHF—Drayton Harbor, LCF—Lake Creek, OF—Olympia, SF—Seattle, SMF—Saddle Mountain, SPF—Sandy Point, SWF—South Whidbey Island, TF—Tacoma, and UPF—Utsalady Point faults; DDMFZ—Darrington–Devils Mountain fault zone. Seismicity (orange circles) from ANSS (Advanced National Seismic System) catalog
Journal Article
Journal: AAPG Bulletin
Published: 01 December 1949
AAPG Bulletin (1949) 33 (12): 1998–2010.
... Mountain region. Oil was discovered in the Cambrian Deadwood sand in the Lost Soldier field in the Drayton well No. 2, completed on June 26, 1948, at 5,965–6,130 feet, initially producing 720 barrels per day, flowing by gas lift. A second well (No. 111A) was completed in December, 1948, flowing 601...
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First thumbnail for: Commercial Oil in Cambrian Beds, Lost Soldier Fiel...
Second thumbnail for: Commercial Oil in Cambrian Beds, Lost Soldier Fiel...
Journal Article
Published: 01 June 1994
Bulletin of Canadian Petroleum Geology (1994) 42 (2): 266–267.
... NEWFOUNDLAND, CANADA: POSSIBLE IMPLICATIONS FOR HYDROCARBON EXPLORATION N.A. YASSIR Department of Earth Sciences University of Waterloo Waterloo, Ontario N2L 3G1 A.L. ROGERS Mobil Oil Canada Box 150 Drayton Valley, Alberta TOE OMO INTRODUCTION Issler's concern with our paper (see Issler, 1994, this issue...
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(a) Map of the epicentral area of the 1886 earthquake showing the interpreted Woodstock (W) and Rantowles (R) epicenters (Dutton, 1889). Background is topography from Chirico (2005). Yellow lines show the 1886 railroads with mile markers, with red portions marking areas of severe track damage in 1886. Red dots on the railroads show locations specific damage (flexures, cuts), and red dashed lines show the approximate orientations of notable “fissures” formed in 1886. Blue dots show earthquake epicenters. Heavy red lines denote Gants (G), Cooke (Co), and Drayton (Dr) faults, as interpreted in Behrendt et al. (1981) and Hamilton et al. (1983). Inset map shows the location of Charleston on the east coast of the United States. CC1, CC2, CC3, Clubhouse Crossroads drill holes; Char, Charleston; Jed, Jedburg; S, Summerville; and SB, Sawmill Branch. Colored lines with black mile markers show seismic profiles. (b) Photograph “Track out of Line” by William E. Wilson, taken in 1886, showing a lateral offset in the track of the Charleston and Savannah Railroad west of Rantowles (from the South Carolina Library archives). The approximate location is the red oval labeled “bend” in panel (a). Earle Sloan, who compiled much of the data in Dutton (1889), wrote on the back of this photograph: “Photo #4 ‐ Point of eight commands view N 70 E ‐ from 20 mile post + 3600 feet ‐ Charleston &amp; Savannah R.R.” The bend is consistent with a right‐lateral strike‐slip fault causing about 1.3 m (50 inch) of lateral displacement, although there are other potential causes of track flexures. (c) Empirical graph of the “intensity” of shaking summarized in Dutton (1889, p. 260) from eyewitness accounts. Dutton interprets two distinct maxima of shaking (second and fourth phases) separated by about 30 s of less‐violent shaking (third phase), with the timing interpreted from peoples’ activities between the two maxima.
Published: 06 May 2022
track damage in 1886. Red dots on the railroads show locations specific damage (flexures, cuts), and red dashed lines show the approximate orientations of notable “fissures” formed in 1886. Blue dots show earthquake epicenters. Heavy red lines denote Gants (G), Cooke (Co), and Drayton (Dr) faults
Journal Article
Published: 01 September 1993
Journal of the Geological Society (1993) 150 (5): 857–870.
... Drayton horst. Syn-sedimentary normal faults of Permo-Triassic age developed as a result of, and detach onto, a putative re-actived Variscan compressional structure (thrust). Note in this area, the major thickening of the Sherwood Sandstone Group and Permian formations appears to occur across a fault...
Journal Article
Published: 02 May 2011
Canadian Journal of Earth Sciences (2011) 48 (5): 801–818.
... this tectonic high ( Figs. 4 , 9A ). The Mount Forest valley extends from Mount Forest to Drayton for 35 km in the Salina Formation, and, despite an extremely undulating longitudinal profile, it has a gradient to the southeast ( Fig. 8C ). This valley not only differs from the broad Walkerton trough...
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First thumbnail for: Buried bedrock valleys and glacial and subglacial ...
Second thumbnail for: Buried bedrock valleys and glacial and subglacial ...
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Journal Article
Published: 01 September 1994
Journal of the Geological Society (1994) 151 (5): 893–895.
... in the basal Permain sandstones below the mark (Collyhurst Sandstone). These changes (from 0-330 m in lOO0m laterally) have been cited as evidence (Tonks et al. 1931, p. 162) to demonstrate contemporaneous faulting 1993, pp. 857-870. with greater thicknesses of aeolian sand apparently occurring...
Journal Article
Published: 01 August 2007
Quarterly Journal of Engineering Geology and Hydrogeology (2007) 40 (3): 213–227.
.... The highest simulated groundwater heads above ground surface occur in the north of the groundwater model (Market Drayton–Wellings groundwater management unit). It appears that this is because the model does not have a sufficient coverage of stream boundaries to allow enough stream discharge in this area...
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First thumbnail for: The estimation of ‘natural’ summer outflows from t...
Second thumbnail for: The estimation of ‘natural’ summer outflows from t...
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Journal Article
Published: 01 September 2009
Seismological Research Letters (2009) 80 (5): 901–919.
... at Pinopolis along the peninsula in Lake Marion to the northeast all suggest continuous seismicity on the Woodstock fault (N) (A.18, Figure 14A ). The rupture of the north and south walls of the Drayton family tomb on the grounds of the Magnolia Plantation along a northwest trend suggest movement...
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Journal Article
Published: 26 October 2023
Seismological Research Letters (2024) 95 (1): 150–158.
...Kiran Kumar Singh Thingbaijam; Mark S. Rattenbury; Russ J. Van Dissen; Matt C. Gerstenberger; John Ristau; Delphine D. Fitzenz Abstract Applying distributed seismicity models for seismic hazard analysis requires postulating the styles of faulting and nodal planes for anticipated earthquakes. Here...
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First thumbnail for: Characterization of Focal Mechanisms for Upper Cru...
Second thumbnail for: Characterization of Focal Mechanisms for Upper Cru...
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Journal Article
Journal: AAPG Bulletin
Published: 01 March 2015
AAPG Bulletin (2015) 99 (3): 555–583.
...Nigel E. Cross; Zana K. Williams; Arman Jamankulov; Candice E. Bostic; Valini C. Gayadeen; Helisaul J. Torrealba; Elizabeth S. Drayton ABSTRACT The Pliocene reservoirs of the North Coast Marine Area (block NCMA-1) comprise shallow marine shoreface to shelf sandstones (up to 30 m [98 ft] thick...
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First thumbnail for: The dynamic behavior of shallow marine reservoirs:...
Second thumbnail for: The dynamic behavior of shallow marine reservoirs:...
Third thumbnail for: The dynamic behavior of shallow marine reservoirs:...
Journal Article
Journal: AAPG Bulletin
Published: 01 April 2017
AAPG Bulletin (2017) 101 (4): 441–451.
... , doi: 10.1144/1354-079304-638 . Ainsworth R. B. , 2006 , Sequence stratigraphic-based analysis of reservoir connectivity: Influence of sealing faults—A case study from a marginal marine depositional setting : Petroleum Geoscience , v.  12 , p.  127 – 141 , doi: 10.1144/1354-079305-661...
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First thumbnail for: Sedimentologic and sequence-stratigraphic characte...
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Journal Article
Published: 06 May 2022
Bulletin of the Seismological Society of America (2022) 112 (4): 2097–2123.
... track damage in 1886. Red dots on the railroads show locations specific damage (flexures, cuts), and red dashed lines show the approximate orientations of notable “fissures” formed in 1886. Blue dots show earthquake epicenters. Heavy red lines denote Gants (G), Cooke (Co), and Drayton (Dr) faults...
FIGURES
First thumbnail for: Shallow <span class="search-highlight">Faulting</s...
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Journal Article
Published: 24 January 2014
Quarterly Journal of Engineering Geology and Hydrogeology (2014) 47 (1): 65–80.
.... Northernmost of the target sub-catchments, the Upper Wylye lies to the north of the Mere Fault in a large block of Cretaceous units including the Upper Greensand, Gault Clay and Chalk. The sub-catchment covers an area of 70 km 2 upriver of Hill Deverill, adjacent to the village of Longbridge Deverill ( Fig. 2...
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First thumbnail for: Groundwater conceptual models: implications for ev...
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