Mahmood Muhammad Tariq, McLenachan Patricia A, Gibb Gillian C, Penny David
Instititue of Fundamental Sciences, Massey University, Palmerston North, New Zealand.
Genome Biol Evol. 2014 Feb;6(2):326-32. doi: 10.1093/gbe/evu016.
We report three new avian mitochondrial genomes, two from widely separated groups of owls and a falcon relative (the Secretarybird). We then report additional progress in resolving Neoavian relationships in that the two groups of owls do come together (it is not just long-branch attraction), and the Secretarybird is the deepest divergence on the Accipitridae lineage. This is now agreed between mitochondrial and nuclear sequences. There is no evidence for the monophyly of the combined three groups of raptors (owls, eagles, and falcons), and again this is agreed by nuclear and mitochondrial sequences. All three groups (owls, accipitrids [eagles], and falcons) do appear to be members of the "higher land birds," and though there may not yet be full "consilience" between mitochondrial and nuclear sequences for the precise order of divergences of the eagles, falcons, and the owls, there is good progress on their relationships.
我们报告了三个新的鸟类线粒体基因组,其中两个来自亲缘关系很远的猫头鹰群体,另一个来自与隼有亲缘关系的蛇鹫。然后,我们报告了在解决新鸟类关系方面取得的更多进展,即这两组猫头鹰确实聚在了一起(并非只是长枝吸引现象),并且蛇鹫是鹰科谱系中分歧最深的物种。这一点目前已得到线粒体序列和核序列的共同印证。没有证据表明猛禽的三组(猫头鹰、鹰和隼)组合是单系的,这一点同样得到了核序列和线粒体序列的认同。所有这三组(猫头鹰、鹰科鸟类[鹰]和隼)似乎都是“高等陆鸟”的成员,尽管对于鹰、隼和猫头鹰的精确分化顺序,线粒体序列和核序列之间可能尚未完全“一致”,但在它们的关系研究上已经取得了良好进展。