贵州纳庆剖面晚泥盆世-早密西西比牙形石生物地层学

IF 1.7 3区 地球科学 Q2 PALEONTOLOGY
Yu-Ze Huang , Yu-Ping Qi , Qiu-Lai Wang , Le Yao , Ji-Tao Chen
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引用次数: 0

摘要

罗甸(贵州,华南)纳清剖面包含晚泥盆世至二叠世以深水碳酸盐为主的演替。本研究从该剖面下部获得了 11 个属的 72 个锥齿类物种/亚种,其中包括:7 个中-晚法门世物种和 4 个早-晚梯世物种。从高到低的顺序为:Palmatolepis marginifera marginifera 区、Palmatolepis marginifera utahensis 区、Polygnathus granulosus 区、Palmatolepis rugosa trachytera 区、Palmatolepis marginifera utahensis 区、Polygnathus granulosus 区、Palmatolepis rugosa trachytera 区、Palmatolepis marginifera utahensis 区、Palmatolepis marginifera utahensis 区、Siphonodella isosticha 区、Gnathodus punctatus 区、Gnathodus typicus-Gnathodus cuneiformis 区和 Gnathodus typicus-Protognathodus cordiformis 区。其他地方发现的泥盆纪-石炭纪界线(DCB)间的几个关键性的锥齿轮生物区在那青段没有发现,这可能是由于硅质岩层中的锥齿轮生物区造成的。本研究揭示的法门期中期-晚图尔奈斯期锥齿轮生物区为进一步研究晚泥盆世至早密西西比世关键温室-冰室气候转变期间的生物和古环境事件提供了一个可靠的年代地层框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Latest Devonian–Early Mississippian conodont biostratigraphy in the Naqing section, Guizhou, South China

The Naqing section in Luodian (Guizhou, South China) contains a deep-water carbonate-dominated succession of the Late Devonian through the Permian. In this study, 72 conodonts species/subspecies of 11 genera were obtained from the lower part of this section including. Seven middle to late Famennian and four early to late Tournaisian conodont biozones were recognized as, in ascending order, Palmatolepis marginifera marginifera Zone, Palmatolepis marginifera utahensis Zone, Polygnathus granulosus Zone, Palmatolepis rugosa trachytera Zone, Polygnathus styriacus Zone, Palmatolepis gracilis manca Zone, Palmatolepis rugosa rugosa Zone, Siphonodella isosticha Zone, Gnathodus punctatus Zone, Gnathodus typicus-Gnathodus cuneiformis Zone, and Gnathodus typicus-Protognathodus cordiformis Zone. Several key conodont biozones across the Devonian–Carboniferous Boundary (DCB) interval found elsewhere are not discovered in the Naqing section, likely due to a conodont-barren interval in the siliciclastic facies. The middle Famennian–late Tournaisian conodont biozones illustrated in this study provide a robust chronostratigraphic framework for further research on biotic and paleo-environmental events during the Late Devonian through Early Mississippian critical greenhouse-icehouse climate transition.

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来源期刊
Palaeoworld
Palaeoworld PALEONTOLOGY-
CiteScore
4.00
自引率
5.90%
发文量
95
期刊介绍: Palaeoworld is a peer-reviewed quarterly journal dedicated to the study of past life and its environment. We encourage submission of original manuscripts on all aspects of palaeontology and stratigraphy, comparisons of regional and global data in time and space, and results generated by interdisciplinary investigations in related fields. Some issues will be devoted entirely to a special theme whereas others will be composed of contributed articles. Palaeoworld is dedicated to serving a broad spectrum of geoscientists and palaeobiologists as well as serving as a resource for students in fields as diverse as palaeobiology, evolutionary biology, taxonomy and phylogeny, geobiology, historical geology, and palaeoenvironment. Palaeoworld publishes original articles in the following areas: •Phylogeny and taxonomic studies of all fossil groups •Biostratigraphy, chemostratigraphy, chronostratigraphy •Palaeoecology, palaeoenvironment and global changes throughout Earth history •Tempo and mode of biological evolution •Biological events in Earth history (e.g., extinctions, radiations) •Ecosystem evolution •Geobiology and molecular palaeobiology •Palaeontological and stratigraphic methods •Interdisciplinary studies focusing on fossils and strata
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