首页> 外文期刊>Zoologica Scripta: An International Journal of Evolutionary Zoology >Phylogenetic relationships of the Suidae (Mammalia, Cetartiodactyla): New insights on the relationships within Suoidea
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Phylogenetic relationships of the Suidae (Mammalia, Cetartiodactyla): New insights on the relationships within Suoidea

机译:the科的系统发育关系(哺乳动物,Cetartiodactyla):oid科内部关系的新见解

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摘要

In most analyses, both molecular and morphological phylogenies of the Cetartiodactyla support the monophyly of Suoidea. However, the evolutionary history of this superfamily remains poorly known primarily due to long-lasting debates about the taxonomic content and relationships of the suoid families and subfamilies. Despite their crucial position in the reconstruction of the phylogeny of Cetartiodactyla, Suoidea themselves have received little attention in those phylogenies, and no extensive analysis of the group has been performed so far. We therefore examine the phylogeny of the Suidae through the first phylogenetic analysis of Suoidea, including recent and fossil representatives of all four putative families. The results support the monophyly of the traditional suid subfamilies and indicate the Sanitheriidae as sister taxon to the Suidae clade. The evolutionary history within Suidae reveals its complexity, with major convergences involving important morphological structures such as the auditory region or the upper male canine. Divergent signals gathered from either dental or cranio-mandibular features are responsible for two long-lasting unresolved issues within Suoidea: the question of the relationships between 'Old World' and 'New World' peccaries remaining unsolved, as well as the position and familial status of the mid-Tertiary tayassuid Perchoerus.
机译:在大多数分析中,Ce齿龙的分子系统学和形态学都支持Suoidea的单科。然而,由于关于suoid家族及其亚家族的分类学内容和关系的长期争论,该超家族的进化史仍然鲜为人知。尽管Suoidea本身在重建Cetartiodactyla的系统发育中起着至关重要的作用,但它们本身在这些系统发育中几乎没有受到关注,到目前为止,尚未对该组进行广泛的分析。因此,我们通过对Suoidea的首次系统发育分析,包括所有四个假定家族的近代和化石代表,来研究Suidae的系统发育。结果支持传统的苏伊德亚科的单亲性,并表明San科是Suidae进化枝的姊妹分类群。 Su科内部的进化历史揭示了它的复杂性,主要融合涉及重要的形态结构,如听觉区域或雄性上犬。从牙齿或颅下颌骨特征中收集到的不同信号是Suoidea中两个长期未解决的问题的原因:“旧世界”和“新世界”人之间的悬而未决的关系以及位置和家族地位的问题第三纪的tayassuid Perchoerus。

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