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- W2940983295 abstract "Three-dimensional (3D) subsurface seismic data acquisition and modeling are rarely undertaken; consequently, the complex effects of oblique thrusting on the 3D morphology and kinematics of folds are still poorly understood. We use 3D seismic data to produce five 3D geometric models and compare our results with structural models of the Yanjinggou anticline in the Longmen Shan fold-and-thrust belt, to investigate the effects of oblique thrusting on 3D fold evolution. 3D geometric modeling results reveal that oblique thrusting may cause fold asymmetry, vertical axis rotation, and a curved fold axis. 3D seismic interpretations and structural modeling suggest that the Yanjinggou anticline developed as a trishear fault-propagation fold and experienced a maximum shortening amount of 1.2 ± 0.1 km. The 3D structural and geometric models are consistent with paleomagnetic results, suggesting that the anticline was affected by oblique thrusting at an angle of 55° above a listric thrust fault with three fault ramps (19°, 30°, and 40°), causing the fold to rotate and develop a curved morphology. The integrated method used in this study to investigate the effects of oblique thrusting on 3D fold morphology and kinematics can be applied to regional oblique thrusting in the Longmen Shan and other fold-and-thrust belts worldwide." @default.
- W2940983295 created "2019-05-03" @default.
- W2940983295 creator A5008655754 @default.
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- W2940983295 date "2019-08-01" @default.
- W2940983295 modified "2023-10-16" @default.
- W2940983295 title "3D geometric modeling for the Yanjinggou anticline in the Longmen Shan fold-and-thrust belt, China: Oblique thrusting kinematic implications" @default.
- W2940983295 cites W1575026084 @default.
- W2940983295 cites W1669296564 @default.
- W2940983295 cites W1831358516 @default.
- W2940983295 cites W1936884282 @default.
- W2940983295 cites W1963930584 @default.
- W2940983295 cites W1967403994 @default.
- W2940983295 cites W1969749818 @default.
- W2940983295 cites W1979867347 @default.
- W2940983295 cites W1981880825 @default.
- W2940983295 cites W1985522598 @default.
- W2940983295 cites W1999600174 @default.
- W2940983295 cites W2001052101 @default.
- W2940983295 cites W2004501456 @default.
- W2940983295 cites W2010393082 @default.
- W2940983295 cites W2014668597 @default.
- W2940983295 cites W2020596576 @default.
- W2940983295 cites W2022240481 @default.
- W2940983295 cites W2022760649 @default.
- W2940983295 cites W2024256007 @default.
- W2940983295 cites W2025855874 @default.
- W2940983295 cites W2026683082 @default.
- W2940983295 cites W2028637063 @default.
- W2940983295 cites W2031125386 @default.
- W2940983295 cites W2032252255 @default.
- W2940983295 cites W2034387009 @default.
- W2940983295 cites W2036936972 @default.
- W2940983295 cites W2038699308 @default.
- W2940983295 cites W2041591402 @default.
- W2940983295 cites W2042024191 @default.
- W2940983295 cites W2043730415 @default.
- W2940983295 cites W2047849932 @default.
- W2940983295 cites W2049698999 @default.
- W2940983295 cites W2049815514 @default.
- W2940983295 cites W2050101422 @default.
- W2940983295 cites W2050520331 @default.
- W2940983295 cites W2053691125 @default.
- W2940983295 cites W2058131199 @default.
- W2940983295 cites W2058470931 @default.
- W2940983295 cites W2061678478 @default.
- W2940983295 cites W2063834138 @default.
- W2940983295 cites W2064197334 @default.
- W2940983295 cites W2068985200 @default.
- W2940983295 cites W2077291550 @default.
- W2940983295 cites W2078311111 @default.
- W2940983295 cites W2078864024 @default.
- W2940983295 cites W2083330317 @default.
- W2940983295 cites W2083768357 @default.
- W2940983295 cites W2089019939 @default.
- W2940983295 cites W2089364767 @default.
- W2940983295 cites W2090052585 @default.
- W2940983295 cites W2096303595 @default.
- W2940983295 cites W2100047189 @default.
- W2940983295 cites W2105440583 @default.
- W2940983295 cites W2109948872 @default.
- W2940983295 cites W2110949060 @default.
- W2940983295 cites W2128000847 @default.
- W2940983295 cites W2135494568 @default.
- W2940983295 cites W2139756303 @default.
- W2940983295 cites W2145693114 @default.
- W2940983295 cites W2148135691 @default.
- W2940983295 cites W2148829126 @default.
- W2940983295 cites W2152438129 @default.
- W2940983295 cites W2153409258 @default.
- W2940983295 cites W2160781240 @default.
- W2940983295 cites W2163582212 @default.
- W2940983295 cites W2164992520 @default.
- W2940983295 cites W2171679388 @default.
- W2940983295 cites W2318240411 @default.
- W2940983295 cites W2320397274 @default.
- W2940983295 cites W2327206177 @default.
- W2940983295 cites W2331716385 @default.
- W2940983295 cites W2336007089 @default.
- W2940983295 cites W2406537112 @default.
- W2940983295 cites W2533677291 @default.
- W2940983295 cites W2560730048 @default.
- W2940983295 cites W2617621921 @default.
- W2940983295 cites W2714915502 @default.
- W2940983295 cites W2750974217 @default.
- W2940983295 cites W2795374010 @default.
- W2940983295 cites W2803114863 @default.
- W2940983295 cites W2806624729 @default.
- W2940983295 cites W2899961298 @default.
- W2940983295 doi "https://doi.org/10.1016/j.jseaes.2019.04.005" @default.
- W2940983295 hasPublicationYear "2019" @default.