Global relationships and European phylogeography in the Kindbergia praelonga complex (Brachytheciaceae, Bryophyta)

L. Hedenäs
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引用次数: 14

Abstract

Variation in tRNA-Gly and ITS from 85 and 88 specimens, respectively, reveal that the widespread pleurocarpous moss Kindbergia praelonga (Hedw.) Ochyra sensu lato consists of three species. Kindbergia praelonga s. str. was sampled from Europe, Macaronesia, western North America, and the Southern Hemisphere. Low levels of haplotype variation and no unique haplotypes outside Europe-Macaronesia could potentially be explained by recent introductions outside this region. Most of the American specimens differ from K. praelonga s. str. in three ITS and six tRNA-Gly ‘missing’ haplotypes, and despite rather similar morphologies these most likely represent separate species. The included Chinese specimens deviate even more strongly from both K. praelonga s. str. and the American taxon. Kindbergia brittoniae (Grout) Ochyra and K. dumosa (Mitt.) Ignatov & Huttunen may be the correct names for the American and Asiatic taxa, but this requires further studies to be confirmed. In K. praelonga s. str. one complex of haplotypes is only found in Macaronesia and the central, western part of Europe. Since the variation within this complex is relatively smaller than among the remaining European-Macaronesian material despite that its position closer to the root of the network suggests a higher age, it is suggested that populations of this complex were strongly reduced during the last glaciation maximum and thereby lost a substantial portion of its haplotype variation.
prabergia praelonga complex的全球关系和欧洲系统地理学(苔藓科,苔藓植物)
来自85个和88个标本的tRNA-Gly和ITS的变异揭示了广泛分布的胸膜藓金柏属praelonga (Hedw.)。野蛇有三种。采自欧洲、马卡罗尼亚、北美西部和南半球的金柏属(Kindbergia praelonga s.s r.)。低水平的单倍型变异和在欧洲-马卡罗尼西亚以外没有独特的单倍型可能是最近在该地区以外引入的。大多数美洲标本与praelonga s.s . str.在3个ITS和6个tRNA-Gly“缺失”单倍型上存在差异,尽管形态相当相似,但这些标本很可能代表不同的物种。所包括的中国标本与praelonga s. str.和美洲分类单元的偏差更大。布氏金柏属(石竹属)和杜氏金柏属(石竹属)Ignatov和Huttunen可能是美洲和亚洲分类群的正确名称,但这需要进一步的研究来证实。一种单倍型复合体仅在马卡罗尼西亚和欧洲中西部地区发现。由于该复合体内的变异相对较小,尽管其位置更接近网络的根部,表明其年龄更高,因此表明该复合体的种群在末次冰期极大期大幅减少,从而失去了其单倍型变异的很大一部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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