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Phylogeny of the island archipelago frog genus Sanguirana: Another endemic Philippine radiation that diversified 'Out-of-Palawan'

机译:岛屿群岛青蛙类Sanguirana的系统发育:菲律宾的另一种地方性辐射,使“巴拉望岛外”多样化

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摘要

Recent higher-level frog phylogenetic analyses have included a few members of the endemic Philippine frog genus Sanguirana. Although the monophyly of the group has never been disputed, the recent phylogenetically-supported inclusion of the Palawan Wood Frog (Sanguirana sanguinea) in this clade was highly unexpected. In addition, species boundaries and relationships remain unclear and new species continue to be discovered. We estimate the phylogeny for this endemic Philippine genus using two mitochondrial gene regions and six nuclear loci and complete sampling for all known species. We use a time-calibrated Bayesian estimate of phylogeny and model-testing approach to biogeographic inference to infer ancestral areas and probable means of diversification. These analyses identify Sanguirana as an additional clade for which the 'Out-of-Palawan' biogeographic scenario is unambiguously preferred. This study lends additional support to recent work suggesting that a substantial portion of Philippine vertebrate megadiversity originated via colonization of the archipelago from the Palawan microcontinent, with subsequent invasion of oceanic islands (e.g., range expansion over Huxley's Modification of Wallace's Line), numerous instances of overwater dispersal, and geographic radiation across the archipelago. (C) 2015 Elsevier Inc. All rights reserved.
机译:最近的高级青蛙系统发育分析包括菲律宾特有青蛙类Sanguirana的一些成员。尽管该团体的专一性从未受到争议,但最近进化论支持将巴拉望木蛙(Sanguirana sanguinea)纳入这一进化论是令人意外的。另外,物种界限和关系仍然不清楚,并且继续发现新物种。我们使用两个线粒体基因区域和六个核基因座来估计该地方性菲律宾属的系统发育,并对所有已知物种进行完整采样。我们使用系统生物学的时间校准贝叶斯估计和模型测试方法来进行生物地理推断,以推断祖先区域和可能的多样化手段。这些分析确定了Sanguirana是另外的进化枝,因此明确首选“巴拉望外”生物地理场景。这项研究为最近的工作提供了额外的支持,表明菲律宾脊椎动物的巨大多样性很大一部分来自巴拉望微大陆的群岛殖民化,随后入侵了海洋岛屿(例如,在赫x黎对华莱士防线的改造上范围扩大),水的扩散,以及整个群岛的地理辐射。 (C)2015 Elsevier Inc.保留所有权利。

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