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首页> 外文期刊>Molecular phylogenetics and evolution >Origin, diversification, and historical biogeography of the genus Trachurus (Perciformes : Carangidae)
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Origin, diversification, and historical biogeography of the genus Trachurus (Perciformes : Carangidae)

机译:Trachurus属的起源,多样性和历史生物地理(Perciformes:Carangidae)

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摘要

We addressed phylogenetic relationships in the genus Trachurus using cytochrome b gene and D-loop sequences. The trees showed five groups: (1) the Southwest Pacific species (T. japonicus, T. novaezelandiae, and T. declivis); (2) The Mediterranean Sea and Eastern Atlantic species (T. mediterraneus); (3) The Atlantic Ocean species (T. lathami and T trecae); (4) Eastern Atlantic species (T. trachurus and T. capensis); and (5) a group of highly mobile pelagic species, two from the Eastern Pacific (T. symmetricus and T. murphyi) and one from the Eastern Atlantic (T. picturatus). The phylogeny based on Cyt b, supports the molecular clock hypothesis and our results agree with the reported fossil indicating that the origin of this genus occur when the Thetys Sea closed (around 18.4 MYA). In addition, a very slow neutral substitution rate is reported identified only two periods of maximum diversification: the first occurring between 18.4 and 15.0 MYA and the second between 8.4 MYA and present day. (c) 2005 Elsevier Inc. All rights reserved.
机译:我们使用细胞色素b基因和D环序列解决了Trachorus属的系统发育关系。树木分为五类:(1)西南太平洋种(T. japonicus,T。novaezelandiae和T. declivis); (2)地中海和东大西洋物种(T. mediterraneus); (3)大西洋物种(T. lathami和T trecae); (4)东部大西洋物种(T. trachurus和T. capensis); (5)一组高度流动的中上层物种,两个来自东太平洋(T. symmetricus和T. murphyi),另一个来自东大西洋(T. picturatus)。基于Cyt b的系统发育支持分子钟假说,我们的结果与报道的化石一致,表明该属的起源发生在Thetys Sea封闭时(约18.4 MYA)。此外,据报道,非常缓慢的中性替代率仅确定了两个最大的变化时期:第一个发生在18.4至15.0 MYA之间,第二个发生在8.4 MYA与今天之间。 (c)2005 Elsevier Inc.保留所有权利。

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