伊拉克东北部库尔德斯坦地区Chwarta Mawat地区红层系内最近确认的岩性地质

Kamal Haji Karim Haji Karim, Araz O. S. Al-Khafaf, Z. Taha, S. Kharajiany
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引用次数: 1

摘要

古新世-始新世Zagros Foreland盆地的海岸硅碎屑相序列在伊拉克东北部苏莱曼尼省北部的Chwarta Mawat地区暴露良好。根据先前的研究,该层序被命名为红层系(RBS),由超过2000米的细粒和粗粒红色和灰色碎屑组成。本研究在该系列内部发现了最近公认的约100厚的岩性(RRL),包括绿色泥灰岩和次级碎屑石灰岩,这具有重要的构造和古地理结果。应用岩石学、生物地层学和边界条件研究来揭示它们的起源。新岩性沉积于中始新世叠瓦带的沉降盆地中。在这个时代,第三纪前陆盆地被一个古高地分为两个盆地(北部和南部盆地)。在北部盆地,RRL沉积为闹普尔丹组的深部相,而在南部盆地,Pila Spi组沉积为泻湖相。前一个地层在Chawrta和Mawat镇东北部的北部盆地陆架区域以reefal相沉积。RRL,该系列的单元1和单元2(在逆冲带中)分别与高褶皱带中的Pila-Spi、Sinjar和Gercus地层相关。在超微化石和底栖有孔虫研究的帮助下,这些相关性显示在地层柱和古地理模型上。这项研究是解决伊拉克东北部构造和古地理环境以及更好地了解扎格罗斯碰撞带的最重要步骤。
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Geology of recently recognized lithologies inside the Red Bed Series in the Chwarta-Mawat area, Kurdistan Region, NE-Iraq
The sequence of the coastal siliciclastic facies of the Paleocene-Eocene Zagros Foreland Basin is well exposed in the Chwarta-Mawat area, north of Sulaimani Governorate, northeastern Iraq. According to previous studies, this sequence is designated as Red Beds Series (RBS), consisting of more than 2000 m of fine and coarse red and grey clastics. The present study found recently recognized lithologies (RRLs) about 100 thick inside the series and encompassed green marlstone with subsidiary detrital limestone which has significant tectonic and paleogeographic results. The petrography, biostratigraphy, and boundary conditions studies are applied to uncover their origin. The new lithologies are deposited in the subsiding basin in the Imbricate Zone during the Middle Eocene. During this age, the Tertiary Foreland Basin was separated by a paleohigh into two basins, (northern and southern basins). In the northern basin, the RRLs have deposited as deep facies of the Naopurdan Formation while in the southern basin the Pila Spi Formation was deposited as lagoonal facies. The former formation was deposited as reefal facies in the shelf area of the northern basin to the northeast Chawrta and Mawat Towns. The RRLs, units one and two of the series (in the Thrust Zone) are correlated respectively with Pila Spi, Sinjar and Gercus formations in the High Folded Zone. These correlations are shown on the stratigraphic columns and paleogeographic models with the aid of nannofossil and benthonic foraminiferal studies. This study is the most important step for solving the tectonic and paleogeographic setting of northeastern Iraq and for a better understanding of the Zagros Collisional belt.
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