Petrotectonic framework of Siwalik Group in Khairi Murat-Kauliar area, Potwar Sub-Basin, Pakistan

S. K. Ali, J. Khan, M. S. Mughal, Muhammad R. x Muhammad R. Lashari, A. G. Sahito, Fahad Hameed, Hafiz S. Bashir, Ahmer Bilal, S. Razzaq
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Abstract

The Khairi Murat-Kauliar area lies between the Salt Range Thrust (SRT) in the south whereas Main Boundary Thrust (MBT) in the north which is the part of the Potwar Sub Basin. Eocene to Recent succession is exposed in the study area. The selected siliciclastic Siwalik Group display various facies in a fluviatile environment, with different lithologies, and sedimentary features. The petrographic studies of Siwalik Group delineate different microfacies including feldspathic litharenite, litharenite and sub arkose. The provenance study of sandstones depicted the terrane of dissected arc and recycled orogeny, indicating that the detritus was received from sedimentary, metamorphic, plutonic and volcanic rocks from the northern domain of Indian Plate, Karakoram Ranges and Kohistan Island arc. The Siwalik sandstone also contains heavy mineral assemblage such as tourmaline, garnet, epidote, hornblende and chlorite. This heavy detritus assemblage depicted that the deposits were received from metamorphic and igneous origin. A modified dynamic depositional stages of the Siwalik Group with respect to Himalayan orogeny is further built using outcrop data, microfacies and heavy minerals analysis. According to this concept, the group was deposited along Himalayan uprising and thrusting, on the depository in targeted area. The Siwalik Group depicted different phase of Himalayan tectonics and these molasse sequence were deposited in a subsiding foreland basin under the conditions of rapid erosion and quick deposition.
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巴基斯坦Potwar次盆地Khairi Murat-Kauliar地区Siwalik群岩石构造格架
Khairi Murat-Kauliar地区位于南部的盐岭逆冲(SRT)和北部的主边界逆冲(MBT)之间,后者是Potwar次盆地的一部分。研究区发育始新世至新近的演替。所选的Siwalik组具有不同的流体环境相,不同的岩性和沉积特征。Siwalik群岩石学研究圈定了长石岩屑岩、岩屑岩和亚长石岩等不同的微相。砂岩物源研究描述了断弧地体和旋回造山作用,表明碎屑来源于印度板块北域、喀喇昆仑山脉和科希斯坦岛弧的沉积岩、变质岩、深成岩和火山岩。Siwalik砂岩还含有电气石、石榴石、绿帘石、角闪石和绿泥石等重矿物组合。这种重质碎屑组合说明矿床来自变质岩和火成岩。利用露头资料、微相和重矿物分析,进一步建立了Siwalik群在喜马拉雅造山作用下的修正动态沉积阶段。根据这一概念,该群是沿着喜马拉雅隆起和逆冲沉积的,在目标区域的沉积上。Siwalik组描绘了喜马拉雅构造的不同阶段,这些糖蜜层序是在快速侵蚀和快速沉积的条件下沉积于沉降的前陆盆地中。
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Kuwait Journal of Science & Engineering
Kuwait Journal of Science & Engineering MULTIDISCIPLINARY SCIENCES-
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