印支期—燕山早期张巴岭构造带的变形与机制:与郯庐断裂带关系的启示

IF 2 4区 地球科学 Q3 GEOSCIENCES, MULTIDISCIPLINARY Solid Earth Sciences Pub Date : 2021-06-15 DOI:10.1016/j.sesci.2020.08.004
Qi Hou , Xiaoyong Yang , Mingjin Hou
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引用次数: 1

摘要

张巴岭构造带位于大别-苏鲁造山带中段和郯庐断裂带主段东部。在详细的野外考察和综合分析的基础上,探讨了印支期至早燕山期张巴岭构造带和郯庐断裂带的构造演化机制及其相互关系。张巴岭地区在印支期至早燕山期经历了三个阶段的构造变形,即早期形成了一系列西北西向和近西向的致密同向近平卧褶皱;主要形成于北江郡岩组之间的平韧性剪切带。和西冷岩石层。中期形成北北东向的宽平褶皱,晚期形成北西向东南的强逆冲或推覆。这三个变形阶段的叠加形成了本区的基本构造格架。在华南地块与华北地块的俯冲和碰撞过程中,在中上部地壳(包括沉积盖层)发育了褶皱和逆冲(前缘滑动),在印支期至燕山期早期,由于特提斯构造体制向环太平洋构造体制的转换,形成了三个阶段的递进变形。郯庐断裂带自海西期以来可分为两大发育阶段。第一期为纵向断裂带,作为断陷克拉通边缘(或盆地)的边界,在印支期沿华南地块东北缘呈宽弧形。这一时期的TLFZ是印支期华南地块与华北地块的碰撞缝合带,属于特提斯体系的逆冲推覆断裂带,也是张巴岭构造带的东南边缘。这一大相对应的是张巴岭地区的三期变形活动。第二期是大多数研究者经常提到的扳手断裂系统,属于燕山早期至喜马拉雅期严格意义上的太平洋旋回体系。
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The deformation and mechanisms of the Zhangbaling tectonic belt during Indosinian to early Yanshanian: Implications for the relationship with the Tan-Lu Fault Zone

The Zhangbaling tectonic belt is located in the middle segment of Dabie-Sulu Orogenic Belt and in the eastern part of the main segment of the Tan-Lu Fault Zone (TLFZ). Based on detailed field work and comprehensive analysis, this study discussed the tectonic evolution mechanics of the Zhangbaling tectonic belt and the Tan-Lu Fault Zone as well as the relationship between them during Indosinian to early Yanshanian period. Three stages of tectonic deformation have been determined in the period from Indosinian to early Yanshanian in Zhangbaling area, i.e., a series of WNW and nearly EW trending tight congruous nearly recumbent folds formed in the early stage; a flatly ductile shearing zone formed mainly between Beijiangjun lithofm. and Xileng lithofm. in the middle stage and the demonstrate NNE trending wide flat folds and strong thrusting or napping from NW to SE formed in the last stage. The superimposition of these three deformation stages formed the basic tectonic framework of this area. The folding and thrusting (sliding in the front margin) was developed in the mid-upper crust (include sedimentary cover) during the period of subduction and collision processes between South China Block and North China Block, shows a progress deformation of the three stages during the period of Indosinian and early Yanshannian due to the conversion of the Tethyan to the Circle Pacific Ocean tectonic regimes. The Tan-Lu Fault Zone can be divided into two big development phases since Hercynian. The first phase is a fault zone sensu lato, as a boundary of a rifted cratonic margin (or basin) that shows a wide arc-shaped along the northeastern margin of the South China Block during Indosinian. The TLFZ of this period is a collision suture between South China Block and North China Block during Indosinian period, a thrust-napping fault zone belong to the Tethyan regimes sensu lato, as well as the southeast margin of the Zhangbaling tectonic belt. This big phase corresponds to the three stages deformation activities in Zhangbaling area. The second phase is a wrench fault system usually mentioned by most researchers, which belongs to the Pacific Ocean Cycle Regime sensu stricto since early Yanshanian to Himalayan periods.

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来源期刊
Solid Earth Sciences
Solid Earth Sciences GEOSCIENCES, MULTIDISCIPLINARY-
CiteScore
3.60
自引率
5.00%
发文量
20
审稿时长
103 days
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