马利西亚蝙蝠蕨(Athyrium)的系统发育关系让人了解长期存在的物种复合体

W. Wardani, Andi Salamah, Bayu Adjie, K. S. Yulita, C. FRASER-JENKINS, Ran Wei, Michael A. Sundue
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引用次数: 0

摘要

我们利用五个叶绿体标记对鱼腥草(Athyrium)进行了分子系统发育研究,重点是爪哇、巴厘岛和苏拉威西岛的物种。我们从模式产地取样,以帮助解决在整个马利西亚花卉区和亚洲热带地区应用不一致的名称问题。nigripes 这一名称不适用于中国大陆或印度的植物。此外,我们还发现 A. nigripes 与 A. pulcherrimum 关系密切,后者是爪哇 Pangrango 山的狭长特有种。A. auriculatum、A. brevipinnulatum 和 A. mearnsianum,这既有助于澄清物种概念,也对名称的应用提出了新的问题。最后,我们表明,虽然刺和刚毛的存在与最近的鱼鳞目下属分类不一致,但这些特征对于区分大型物种组仍然有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Phylogenetic relationships of Malesian Lady Ferns (Athyrium) provide insight into long-standing species complexes
We conducted a molecular phylogenetic study of Athyrium focusing on species from Java, Bali, and Sulawesi using five chloroplast markers. We sample from type localities to help resolve the application of names which have been applied inconsistently throughout the Malesian floristic area and tropical Asia. We show that A. nigripes is known with certainty only from Indonesia and perhaps Malaysia, corroborating earlier conclusions that the name A. nigripes does not apply to plants from mainland China, or India. Moreover, we show that A. nigripes is closely related to A. pulcherrimum, a narrow endemic from Mt. Pangrango, Java. We also find a large polytomy of species including A. erythropodum from both Java and Taiwan, A. auriculatum, A. brevipinnulatum, and A. mearnsianum, that helps to both clarify species concepts and raises new questions about the application of names. Finally, we show that although the presence of spines and setae do not coincide with a recent infrageneric classification of Athyrium, these characters remain useful for distinguishing large species groups.
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