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Allozyme Variation in the Salamander Genus Pseudobranchus: Phylogeographic and Taxonomic Significance

机译:the属假分支中的同工酶变异:系谱学和分类学意义。

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摘要

This study uses allele frequency and genotype array data from allozyme electrophoresis to investigate the phylogeographic and taxonomic affinities of groups within the salamander genus Pseudobranchus. Phylogenetic and population genetic analyses of the allozyme data confirm the validity of the two currently recognized species (Pseudobranchus axanthus from peninsular Florida and Pseudobranchus striatus from central and northern Florida, Georgia, and South Carolina). In concert with biogeographic data for other freshwater taxa, these analyses further support the recognition of western, southeastern, and northeastern phylogeographic groups within P. striatus. These species and phylogeographic groups offer new insights into the evolutionary history of this endemic genus in the southeastern United States and the taxonomic status of its nominal subspecies.
机译:这项研究使用来自等位酶电泳的等位基因频率和基因型阵列数据来研究the分支属假支气管内各组的系统地理学和分类学亲和力。对同工酶数据的系统发生和种群遗传学分析证实了两个目前公认的物种(佛罗里达半岛的黄假单胞菌和佛罗里达州中部和北部,乔治亚州和南卡罗来纳州的伪分枝纹)的有效性。与其他淡水生物分类的生物地理数据相一致,这些分析进一步支持了对条带纹内西,东南和东北植物地理学群体的认识。这些物种和系统地理学组为美国东南部该特有属的进化历史及其名义亚种的分类学状况提供了新的见识。

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