Gelasian to Calabrian (Early Pleistocene) marine ostracods and foraminifera from Mida Section (Cap Bon, Tunisia) Les ostracodes et les foraminifères marins du Gélasien au Calabrien (Pléistocène inférieur) de la coupe de Mida (Cap Bon, Tunisie)

IF 0.7 Q4 PALEONTOLOGY
Rim Temani , Hayet Khayati Ammar , Francesco Sciuto
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引用次数: 0

Abstract

We report for the first time a rich and well-preserved marine ostracod and foraminifera association from lower Pleistocene fossiliferous sandstones of the Mida Section (Cap Bon, NE Tunisia).

Micropalaeontological analysis of nine samples taken along an eight-meter exposure revealed 46 ostracod species belonging to 34 genera, 15 species of benthic foraminifera belonging to 14 genera and 8 species of planktonic foraminifera belonging to 4 genera. The ostracod association enabled us to draw a palaeoenvironmental reconstruction of this area during the Gelasian to Calabrian time, highlighting a regressive cycle from circalittoral to shallow infralittoral palaeoenvironments. Planktonic foraminifera were used to constrain the age of the section to the end of Gelasian-beginning of Calabrian. Moreover, the discovery of Bythocythere turgida in the lower part of the section allowed to infer that these sandstones were deposited during the early Pleistocene cold periods.

Gelasian至Calabrian(更新世早期)Mida段(突尼斯邦角)的海洋牡蛎和有孔虫
我们首次报道了Mida剖面(Cap Bon,NE Tunisine)下更新世含化石砂岩中丰富且保存完好的海洋介形虫和有孔虫组合。对沿8米暴露带采集的9个样本进行的微观岩石学分析显示,共有34属46种介形虫,底栖有孔虫14属15种,浮游有孔虫4属8种。介形虫协会使我们能够绘制出盖拉西亚至卡拉布里亚时期该地区的古环境重建图,突出了从环海岸到浅海岸下古环境的回归循环。浮游生物有孔虫被用来将剖面的年龄限制在卡拉布里亚盖拉西亚期的末期。此外,在剖面下部发现的膨胀Bythocythere turgida可以推断这些砂岩是在更新世早期寒冷时期沉积的。
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来源期刊
CiteScore
2.50
自引率
0.00%
发文量
17
期刊介绍: La Revue de micropaléontologie publie 4 fois par an des articles de intérêt international, consacrés à tous les aspects de la micropaléontologie. Les textes, en anglais ou en français, sont des articles originaux, des résultats de recherche, des synthèses et mises au point, des comptes rendus de réunions scientifiques et des analyses de ouvrages. La revue se veut résolument ouverte à tous les aspects de la micropaléontologie en accueillant des travaux traitant de la systématique des microfossiles (et de leurs équivalents actuels), des bactéries aux microrestes de vertébrés, et de toutes leurs applications en sciences biologiques et géologiques.
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