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Phylogenetic reconsideration ofMyrmekiaphila systematics with a description of the new trapdoor spider speciesMyrmekiaphila tigris (Araneae Mygalomorphae Cyrtaucheniidae Euctenizinae) from Auburn Alabama

机译:系统发育重新考虑Myrmekiaphila系统学描述了新的活板门蜘蛛物种来自阿拉巴马州奥本市的虎纹夜蛾(AraneaeMygalomorphaeCyrtaucheniidaeEuctenizinae)

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摘要

The trapdoor spider genus Myrmekiaphila currently comprises 11 nominal species. A recent molecular phylogenetic evaluation of the group identified a number of problems with respect to how species and species groups were delineated by Bond and Platnick in their 2007 taxonomic revision of the genus. We report herein the discovery of a new species, Myrmekiaphila tigris >sp. n. The phylogenetic position of the species is evaluated using a molecular phylogenetic approach based on a set of mtDNA markers. Our preferred phylogenetic hypothesis supports the recognition of a new species and further highlights the need to more carefully investigate species boundaries within the genus. These results further indicate that palpal bulb morphology is rapidly evolving and has likely been a contributing factor in rendering a number of species paraphyletic with respect to the molecular data.
机译:活板门蜘蛛属Myrmekiaphila目前包括11个名义物种。该小组最近的分子系统发育评估发现,在邦德和普拉特尼克在2007年的生物分类学修订中如何划分物种和物种组时,存在许多问题。我们在此报告了一种新物种,即虎纹小夜蛾的发现。 n。。该物种的系统发育位置是使用基于一套mtDNA标记的分子系统发育方法进行评估的。我们首选的系统发育假设支持对新物种的认识,并进一步强调了需要更仔细地研究属内物种边界的必要性。这些结果进一步表明,palm bulb形态正在迅速发展,并且可能已经成为使许多物种相对于分子数据呈生物共生的一个促成因素。

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