伊朗中部吉罗夫特地区中始新世(晚吕梯世)Nummipera eocenica洞穴的古生态学和亲缘关系

IF 1.4 4区 地球科学 Q3 BIODIVERSITY CONSERVATION
Olev Vinn, Mehdi Hadi, Dangpeng Xi, Mohsen Allameh
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引用次数: 0

摘要

伊朗中部塔巴斯地块(吉罗夫特地区)的泥质楠木灰岩含有问题化石 Nummipera eocenica 的铠甲洞穴。这些洞穴布满了 Nummulites cf. praelyelli 和 Nummulites deshayesi 的化石。所研究的痕迹与塔特拉山始新世的 Nummipera eocenica 形态 C 最为相似。伊朗标本出现在大理岩质石灰岩中,这些石灰岩沉积在斜坡浅滩的中低能量环境中,但偶尔也有沉积物显示在高能量条件下受到海浪和风暴的影响。痕迹制造者可能通过其附属物选择性地使用了 Nummulites 的微球形态或 B 形态。此外,在研究断面的有孔虫堆积中,A 型有孔虫占主导地位,但与透镜状的厚型有孔虫(如 N. deshayesi)相比,痕迹制作者显然更喜欢以马鞍形和扁平形为主的较薄的测试 B 型有孔虫(Nummulites cf. praelyelli)。除了防止偶发的水动力活动外,加固洞穴壁的一个主要原因可能是需要防止捕食者。这些痕迹的制造者可能是甲壳类动物,也可能是有尾多毛类动物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Palaeoecology and affinities of Nummipera eocenica burrows from the middle Eocene (late Lutetian) of Jiroft area, Central Iran

Palaeoecology and affinities of Nummipera eocenica burrows from the middle Eocene (late Lutetian) of Jiroft area, Central Iran

Marly nummulite limestones of the Tabas Block of central Iran (Jiroft area) contain armoured burrows of the problematic ichnofossil Nummipera eocenica. These burrows are covered with tests of Nummulites cf. praelyelli and Nummulites deshayesi. The studied traces most closely resemble morphotype C of N. eocenica from the Eocene of the Tatra Mountains. The Iranian specimens occur in marly limestone that was deposited in a moderate to low energy environment on the shallow part of a ramp, although occasionally sediments indicate wave action and storm influence in high-energy conditions. The trace maker may have selectively used microspheric forms or B-forms of Nummulites by means of its appendages. Moreover, A-forms are dominant in accumulations of foraminifera in the studied section, but the trace maker obviously preferred the thinner test B-forms that are mainly saddle and flat shaped forms (Nummulites cf. praelyelli) over the lenticular and thick test forms (e.g. N. deshayesi). In addition to the protection against the episodic hydrodynamic activity, it is possible that one of the main reasons behind the reinforcement of burrow walls may have been the need for protection against predators. The trace makers were likely crustaceans or alternatively onuphid polychaetes.

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来源期刊
Palaeobiodiversity and Palaeoenvironments
Palaeobiodiversity and Palaeoenvironments BIODIVERSITY CONSERVATIONPALEONTOLOGY -PALEONTOLOGY
CiteScore
3.90
自引率
14.30%
发文量
33
期刊介绍: Palaeobiodiversity and Palaeoenvironments is a peer-reviewed international journal for the publication of high-quality multidisciplinary studies in the fields of palaeobiodiversity, palaeoenvironments and palaeobiogeography. Key criteria for the acceptance of manuscripts are a global scope or implications of problems on a global scale significant not only for a single discipline, a focus on the diversity of fossil organisms and the causes and processes of change in Earth’s history. The topics covered include: Systematic studies of all fossil animal / plant groups with a special focus on palaeoenvironmental investigations, palaeoecosystems and climate changes in Earth’s history, environment-organism interaction, comparison of modern and ancient sedimentary environments, palaeoecology and palaeobiogeography.
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