Delcourt & Sprumont, 1955年在澳大利亚东南部的Gippsland盆地发现的具有重要地层学意义的Pilosisporites属物种的形态变化

Q2 Agricultural and Biological Sciences Memoirs of Museum Victoria Pub Date : 2016-01-01 DOI:10.24199/J.MMV.2016.74.08
Doris Seegets-Villiers, B. Wagstaff
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引用次数: 5

摘要

Seegets-Villiers, D.E.和Wagstaff, B.E. 2016。Delcourt & Sprumont, 1955年在澳大利亚东南部的Gippsland盆地发现的具有重要地层学意义的Pilosisporites属物种的形态变化。维多利亚博物馆回忆录74:81-91。本文利用澳大利亚东南部吉普斯兰盆地陆上早白垩世的338个泥岩样本,确定了毛孢属3种孢子的形态变异。在澳大利亚,所有的Pilosisporites都具有生物地层学意义,本研究证实了在Gippsland盆地,Pilosisporites notensis、Pilosisporites parvispinosus和Pilosisporites grandis的分布范围与前人的定义一致。从已发表的描述中讨论了这三个分类群的形态变化。大种属和小种属的差异主要表现在标本的大小上,而小种属在元素的大小、类型和分布上表现出雕刻性差异。这个物种被定义为两种不同的类型,只有一种出现在该剖面最年轻的部分。由于多倍体,现代蕨类植物可以表现出类似的孢子雕刻和大小变化。这可能是所有三种毛氏岩的差异的原因,也可能是它们短暂的地质物种范围的原因。
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Morphological variation of stratigraphically important species in the genus Pilosisporites Delcourt & Sprumont, 1955 in the Gippsland Basin, southeastern Australia
Seegets-Villiers, D.E. and Wagstaff, B.E. 2016. Morphological variation of stratigraphically important species in the genus Pilosisporites Delcourt & Sprumont, 1955 in the Gippsland Basin, southeastern Australia. Memoirs of Museum Victoria 74: 81–91. Three hundred and ninety eight mudstone samples of Early Cretaceous age from the onshore part of the Gippsland Basin in southeastern Australia were used to ascertain the morphological variation in three species of spores in the genus Pilosisporites. In Australia all species of Pilosisporites are biostratigraphically useful and this study confirms that in the Gippsland Basin the ranges of Pilosisporites notensis, Pilosisporites parvispinosus and Pilosisporites grandis are as defined by some previous authors. Morphological variations of these three taxa from the published descriptions are discussed. In the case of P. grandis and P. parvispinosus the main variation was in the size of specimens, however P. notensis showed sculpture variations in regard to element size, type and distribution. Two distinct types of this species were defined with only one occurring in the youngest part of the section. Modern fern species can exhibit similar spore sculpture and size variations as a result of polyploidy. This could possibly be the cause of the variations in all three species of Pilosisporites and also their short-lived, in geological terms, species ranges.
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Memoirs of Museum Victoria
Memoirs of Museum Victoria Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
1.10
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0.00%
发文量
5
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