Microbial influence in the Messinian sedimentation: Example of Cap Bon (NE Tunisia)

IF 1 4区 地球科学 Q4 PALEONTOLOGY Annales de Paleontologie Pub Date : 2023-01-01 DOI:10.1016/j.annpal.2023.102600
Jean-Paul Saint Martin , Sihem Hlel , Juliette Debrie , Nadia Ben Moktar , Simona Saint Martin , Beya Mannai-Taiech
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Abstract

Messinian sedimentation in Tunisia is characterized by the absence of large carbonate platforms known in many Mediterranean marginal basins. As a result, correlations are not easy to establish in order to integrate it into a general pattern of development at the regional level. However, the discovery of microbial constructions of metric scale makes it possible to precise uncertain points. Thus in the sector of Cap Bon in the northeast of Tunisia, stromatolitic constructions can form, over distances of several hundred meters, domes containing columnar structures at different scales as well as carbonate beds showing sedimentary ripples also of microbialite nature. The highlighting of an assemblage of microbialites, associated with oolitic deposits, allows linking these formations to the Terminal Carbonate Complex which finds its place at a part of the so-called Messinian Salinity Crisis.

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微生物对墨西尼亚沉积的影响:以突尼斯东北部的Cap Bon为例
突尼斯的迈西尼亚沉积的特点是在许多地中海边缘盆地中缺乏已知的大型碳酸盐台地。因此,不容易建立相互关系,以便将其纳入区域一级的一般发展格局。然而,公制尺度微生物结构的发现使得精确测量不确定点成为可能。因此,在突尼斯东北部的Cap Bon地区,叠层石结构可以在几百米的距离上形成包含不同规模柱状结构的圆顶,以及具有微生物岩性质的沉积波纹的碳酸盐层。与鲕状沉积物相关的微生物岩组合的突出显示,可以将这些地层与终端碳酸盐复合体联系起来,该复合体位于所谓的墨西尼亚盐危机的一部分。
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来源期刊
Annales de Paleontologie
Annales de Paleontologie 地学-古生物学
CiteScore
1.70
自引率
10.00%
发文量
8
审稿时长
>12 weeks
期刊介绍: Créées par Marcellin Boule en 1905, les Annales de Paléontologie publient 4 numéros par an traitant des fossiles animaux et végétaux, dans tous les domaines de la paléontologie incluant : -La Paléoanatomie- La Paléohistologie- La Morphologie fonctionnelle- La Systématique- L''Évolution- La Paléoécologie ... et toute les contributions susceptibles d''améliorer la compréhension des organismes et des environnements éteints.
期刊最新文献
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