全球节俭的重要性和历史偏差在理解四足动物进化中的作用。第一部分:系统、中耳演化与下颌悬垂

Michel Laurin
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引用次数: 120

摘要

基于43个分类群和155个骨学特征的系统发育分析,提出了一个与现有共识截然不同的四足动物系统发育新假设。在古生代分类群中,只有双形动物与羊膜动物有亲缘关系。与先前的假设相反,无尾两栖动物似乎是从钩足动物演化而来的。seymriamorphs, gephyrostegids, embolmeres, temnospondyls和loxomatids是茎四足动物。新的系统发育表明,蝾螈和裸子螈没有鼓室中耳是一种原始特征。
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The importance of global parsimony and historical bias in understanding tetrapod evolution. Part I. Systematics, middle ear evolution and jaw suspension

A phylogenetic analysis based on a data matrix of 43 taxa and 155 osteological characters has produced a new hypothesis of tetrapod phylogeny that is drastically different from the established consensus. Among Paleozoic taxa, only diadectomorphs appear to be related to amniotes. In contrast to previous hypotheses, lissamphibians appear to have been derived from lepospondyls. Seymouriamorphs, gephyrostegids, embolomeres, temnospondyls, and loxommatids are stem-tetrapods. The new phylogeny suggests that the absence of a tympanic middle ear in salamanders and gymnophiones is a primitive character.

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