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Generic classification of Asian horned toads (Anura: Megophryidae: Megophryinae) and monograph of Chinese species

动物 生物 地理
作者
Zhi-Tong Lyu,Shuo Qi,Jian Wang,Siyu Zhang,Jian Zhao,Zhao‐Chi Zeng,Han Wan,Jian-Huan Yang,Yun-Ming Mo,Ying-Yong Wang
出处
期刊:Zoological Research [Science Press]
卷期号:44 (2): 380-450 被引量:24
标识
DOI:10.24272/j.issn.2095-8137.2022.372
摘要

The subfamily Megophryinae, as a representative batrachian group of the Oriental Realm and one of the most diverse groups of amphibians, has attracted considerable attention due to continued conjecture regarding its generic classification and failure to reach a satisfactory consensus. China boasts the richest diversity of Asian horned toads, containing some two thirds of the total species cataloged. However, most species have a complicated taxonomic history, resulting in multiple misidentifications. As such, an overall clarification of historical records and regional checklists is required. In the current investigation, we established the phylogeny of the Asian horned toads and performed detailed examinations with redefinitions of several important morphological traits. Based on the phylogenetic relationships and morphological differences, we propose a new ten-genus classification for the Asian horned toad subfamily Megophryinae: i.e., Brachytarsophrys, Atympanophrys, Grillitschia, Sarawakiphrys gen. nov. , Jingophrys gen. nov. , Xenophrys, Megophrys, Pelobatrachus, Ophryophryne, and Boulenophrys. Revisions on the diagnosability, distribution, and content of each genus are provided. Furthermore, we present a careful review of the taxonomic history of Asian horned toad species from China and provide a monograph of congeners, including six species of Brachytarsophrys, four species of Atympanophrys, five species of Jingophrys gen. nov. , 10 species of Xenophrys, two species of Ophryophryne, and 60 species of Boulenophrys. Finally, we discuss the importance of traditional morphological traits based on multiple populations in taxonomic work as well as taxonomic inflation caused by the genetic species delimitation.

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