Sporoderm ultrastructure of some Devonian and Permian representatives of Biharisporites and their botanical affinity

IF 1.4 4区 地球科学 Q3 PALEONTOLOGY Palynology Pub Date : 2022-03-17 DOI:10.1080/01916122.2022.2054876
Alina Kanarkina, N. Zavialova, O. Orlova, A. Joshi
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引用次数: 1

Abstract

Abstract The megaspore genus Biharisporites has a very wide stratigraphic range, being recorded from the Devonian to the Cretaceous. However, in situ these megaspores are known only from the Middle–Upper Devonian, from archaeopteridalean sporangia. Post-Devonian producers of Biharisporites are so far unknown; the parent group can only be hypothesized from the spore morphology and ultrastructure, and from the composition of contemporaneous assemblages of macroremains. To contribute to the understanding of the botanical affinity of dispersed megaspores of the genus, we undertook a comparative ultrastructural study of several Biharisporites species from the Middle Devonian of Russia and the Lower Permian of India. Surprisingly, we found exclusively lycopsid variants of the sporoderm ultrastructure not only in the Permian spores, but also in the Devonian. Therefore, some megaspores of Biharisporites were produced by lycopsids even in the Middle Devonian. Megaspores of Biharisporites morphology have been produced by different groups of spore-bearing plants since the Middle Devonian, and the genus Biharisporites is heterogeneous.
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泥盆纪和二叠纪比哈尔斯孢子虫的孢子虫超微结构及其植物亲和性
大孢子属Biharisporites具有非常广泛的地层范围,从泥盆纪到白垩纪都有记录。然而,这些大孢子只在中-上泥盆世的始祖菌孢子囊中被发现。到目前为止,泥盆纪后Biharisporites的生产者是未知的;母群只能从孢子形态和超微结构以及同时期巨残体组合的组成来推测。为了进一步了解分散大孢子的植物亲和性,我们对来自俄罗斯中泥盆世和印度下二叠世的几个Biharisporites物种进行了比较的超微结构研究。令人惊讶的是,我们不仅在二叠纪孢子中,而且在泥盆纪孢子中发现了完全的石松类孢子皮超微结构变体。因此,早在中泥盆世,石松类就产生了比哈尔氏岩的一些大孢子。中泥盆世以来,不同孢子植物群产生了Biharisporites的大孢子形态,并且Biharisporites属具有异质性。
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来源期刊
Palynology
Palynology 地学-古生物学
CiteScore
3.40
自引率
26.70%
发文量
48
审稿时长
>12 weeks
期刊介绍: Palynology is an international journal, and covers all aspects of the science. We accept papers on both pre-Quaternary and Quaternary palynology and palaeobotany. Contributions on novel uses of palynology, review articles, book reviews, taxonomic studies and papers on methodology are all actively encouraged.
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