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首页> 外文期刊>Arabian journal of geosciences >Paleogeographical restoration and ramp tectonic evidence in Tunisian Tellian domain: Ain El Bey-Bou Awen area
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Paleogeographical restoration and ramp tectonic evidence in Tunisian Tellian domain: Ain El Bey-Bou Awen area

机译:突尼斯Tellian域的古地理恢复和斜坡构造证据:Ain El Bey-Bou Awen地区

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The imbrication's area in northern Tunisia is the most external segment of Alpine range, where several associated folds types with thrust ramps are recognized within imbricate units beneath Numidian front slope. Their presence help to understand thrusting mechanisms installation through studied area. In fact, this zone was considered as a result of Paleogene gravitary slop (Kujawski (Ann Miner Géol Tunis (24):281, 1969); Caire (Ann Min Géol Tunis 26:87-110, 1973); Rouvier 1977), which is proved to be affected by major deep decollement, given rise to various structures, some are propagation folds, specific of foreland front, limited to this area, and those in more external position: Tunisian Atlas (Creusot et al. (C R Acad Sci Paris 314(Sér II):961-965, 1992); Ouali and Mercier (PII: S0191-8141(97):00048-5, 1997); Ouali 1984; Ahmadi et al. (J Struct Geol 28:721-728, 2006)). Various categories of fold ramps could be identified: frontal folds ramp NE-SW and others as lateral or oblique ramp with NW-SE trend (Aridhi et al. (C R Geosci 343:360-369, 2011)). The relation between various structures has been used as recognition tools of thrusting sequences and to propose a new deformation chronology. Delimited outcropping of these structures between two both parallel faults strikes with regional displacement, leads to interpret these faults as cogenetic tear faults of propagation thrusts; this fault separates two domains with different deformation styles from each other side.
机译:突尼斯北部的胶结带区域是阿尔卑斯山脉最外部的部分,在努米底山前斜坡下的胶结带单元中可以识别出几种具有推力斜坡的相关褶皱类型。他们的存在有助于通过研究区域了解推进装置的安装。实际上,该区域被认为是古近纪重力倾斜的结果(Kujawski(Ann MinerGéolTunis(24):281,1969); Caire(Ann MinGéolTunis 26:87-110,1973); Rouvier 1977)事实证明,这种变形受主要深层俯冲作用的影响,原因是形成各种结构,有些是前褶皱的繁殖褶皱,仅限于该区域,并且处于外部位置:突尼斯地图集(Creusot等(CR Acad Sci Paris 314(SérII):961-965,1992); Ouali and Mercier(PII:S0191-8141(97):00048-5,1997); Ouali 1984; Ahmadi等(J Struct Geol 28:721-728, 2006))。可以识别出各种类型的褶皱坡道:正面褶皱坡道NE-SW以及其他褶皱坡道具有NW-SE趋势的侧向或倾斜坡道(Aridhi等人(CR Geosci 343:360-369,2011))。各种结构之间的关系已被用作推力序列的识别工具,并提出了一种新的变形年代学。这些结构在两个平行断层走向之间有区域位移的明确露头,导致将这些断层解释为传播逆冲的同基因撕裂断层。该断层将具有不同变形样式的两个区域彼此分开。

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