2020
DOI: 10.1016/j.geomorph.2019.106914
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Tectonic geomorphology of the Serranía de San Lucas (Central Cordillera): Regional implications for active tectonics and drainage rearrangement in the Northern Andes

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Cited by 21 publications
(7 citation statements)
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“…New faults were also identified based on field observations, Hack profile, and SL-indices in Chitwan dun, central Nepal. OSL dating derived ages of the landforms support distinct climate-tectonic coupling events responsible for landscape evolution in Chitwan dun García-Delgado and Velandia (2020) Structural and geomorphic indices-based study indicates greater tectonic activity and uplift rates for the northern San Lucas Range, in the Northern Andes Transform setting Arrowsmith and Zielke (2009) Field evidences, paleoseismic analysis, and high-resolution LiDAR DEM were used to trace the active Cholame segment of San Andreas Fault (SAF) to understand tectonic geomorphology of SAF Softa et al (2018) Transpressional deformation zone, the Eastern Pontides (EP), is the active deformation zone and has a "push-up" geometry in conjunction with the North Anatolian Fault high. The EP exhibits high tectonic activity based on geomorphic indices and more than 0.5 mm/yr upliftment along the thrust faults of the Black Sea Fault (BSF) and Borjomi-Kazbegi Fault (BKF) in the active mountain belt…”
Section: Discussionmentioning
confidence: 86%
“…New faults were also identified based on field observations, Hack profile, and SL-indices in Chitwan dun, central Nepal. OSL dating derived ages of the landforms support distinct climate-tectonic coupling events responsible for landscape evolution in Chitwan dun García-Delgado and Velandia (2020) Structural and geomorphic indices-based study indicates greater tectonic activity and uplift rates for the northern San Lucas Range, in the Northern Andes Transform setting Arrowsmith and Zielke (2009) Field evidences, paleoseismic analysis, and high-resolution LiDAR DEM were used to trace the active Cholame segment of San Andreas Fault (SAF) to understand tectonic geomorphology of SAF Softa et al (2018) Transpressional deformation zone, the Eastern Pontides (EP), is the active deformation zone and has a "push-up" geometry in conjunction with the North Anatolian Fault high. The EP exhibits high tectonic activity based on geomorphic indices and more than 0.5 mm/yr upliftment along the thrust faults of the Black Sea Fault (BSF) and Borjomi-Kazbegi Fault (BKF) in the active mountain belt…”
Section: Discussionmentioning
confidence: 86%
“…New faults were also identified based on field observations, Hack profile, and SL-indices in Chitwan dun, central Nepal. OSL dating derived ages of the landforms support distinct climate-tectonic coupling events responsible for landscape evolution in Chitwan dun García-Delgado and Velandia (2020) Structural and geomorphic indices-based study indicates greater tectonic activity and uplift rates for the northern San Lucas Range, in the Northern Andes Transform setting Arrowsmith and Zielke (2009) Field evidences, paleoseismic analysis, and high-resolution LiDAR DEM were used to trace the active Cholame segment of San Andreas Fault (SAF) to understand tectonic geomorphology of SAF Softa et al (2018) Transpressional deformation zone, the Eastern Pontides (EP), is the active deformation zone and has a "push-up" geometry in conjunction with the North Anatolian Fault high. The EP exhibits high tectonic activity based on geomorphic indices and more than 0.5 mm/yr upliftment along the thrust faults of the Black Sea Fault (BSF) and Borjomi-Kazbegi Fault (BKF) in the active mountain belt…”
Section: Bibliographymentioning
confidence: 86%
“…Éste es un sistema de fallas de cabalgamiento regionales con predominante vergencia al Oeste y que pone en contacto rocas del Cretácico superior y Paleógeno con otras de edad Mioceno-Oligoceno (Sarmiento et al, 2015) El límite occidental de la cuenca es la estructura monoclinal de la Cordillera Central constituida por material de basamento que fue levantado, y está marcado por la presencia de la Falla Palestina. La Falla Palestina es una falla regional de rumbo con movimiento dextral, actualmente reportada como inactiva a pesar de su expresión topográfica y algunos rasgos geomorfológicos que podrían indicar lo contrario (Sarmiento et al, 2015;García-Delgado & Velandia, 2020). Asociado a la Falla de Palestina en el frente de deformación de Cordillera Central, se observan unos cabalgamientos NE-SO de alto ángulo, buzando al Oeste, (Gómez et al, 2005,a;Cabello et al, 2018), como se observa en el perfil de la Figura 2-8, a).…”
Section: Marco Estructuralunclassified
“…En el sector norte de la cuenca se encuentra la Falla de Cimitarra la cual presenta una dirección NE-SW y un desplazamiento de rumbo dextral, posiblemente asociado a la Falla Palestina. Así mismo, la Falla de Cimitarra es el límite sur de la Serranía de San Lucas con dirección N60°E y buzamiento subvertical con movimiento dextral (Sarmiento et al, 2015;Servicio Geológico Colombiano, 2015;García-Delgado & Velandia, 2020).…”
Section: Marco Estructuralunclassified
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