Goutte Sandra, Reyes-Velasco Jacobo, Freilich Xenia, Kassie Abeje, Boissinot Stephane
New York University Abu Dhabi, Saadiyat Island, Abu Dhabi, UAE New York University Abu Dhabi Abu Dhabi United Arab Emirates.
Department of Biology, Queens College, City University of New York, Flushing, New York, USA City University of New York New York United States of America.
Zookeys. 2021 Feb 11;1016:77-141. doi: 10.3897/zookeys.1016.59699. eCollection 2021.
Frogs of the genus that inhabit the Ethiopian highlands serve as a model system to understand biogeography, diversification, and adaptations to high elevations. Despite recent studies focusing on the systematics of this group, the taxonomy of the species complex remains only partially resolved, owing largely to the morphological resemblance of its members. Here, the taxonomy of this historically problematic group of frogs is revised by integrating morphological and molecular analyses on both century-old type specimens and more recently collected material. Based on these multiple lines of evidence, the species complex is shown to be more speciose than previously thought and four new species are described. With the aim of clarifying and stabilizing the taxonomy of the group, six species are also re-described and morphological and acoustic identification keys are provided. This study also establishes species distribution maps and reveals important differences in range size between the members of the complex, calling for adapted conservation measures across the Ethiopian highlands.
栖息在埃塞俄比亚高地的该属青蛙是理解生物地理学、物种多样化以及对高海拔适应的一个模式系统。尽管近期有研究聚焦于该类群的系统学,但该物种复合体的分类学仍仅部分得到解决,这主要是由于其成员在形态上相似。在此,通过对百年历史的模式标本以及最近采集的材料进行形态学和分子分析相结合,对这个历史上存在问题的青蛙类群的分类学进行了修订。基于这些多方面的证据,该物种复合体显示出比之前认为的物种更为丰富,并描述了四个新物种。为了澄清和稳定该类群的分类学,还重新描述了六个物种,并提供了形态学和声学鉴定关键特征。本研究还绘制了物种分布图,并揭示了该复合体成员之间在分布范围大小上的重要差异,这就需要在埃塞俄比亚高地采取适应性的保护措施。