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Phylogenetic relationships of the genera of Theaceae based on morphology [Review]

机译:基于形态学的Theaceae属系统发育关系[综述]

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摘要

This work represents the first phylogenetic analysis of all genera belonging to the plant family Theaceae (sensu lato). The study is based on 60 morphological characters derived from herbarium specimens and an extensive literature review of 37 genera (including the outgroup). In contrast to the results from molecular data, Theaceae is here found to consist of one clade in which the recognition of two families or subfamilies would leave Theaceae s.s. paraphyletic. Within that clade, Ternstroemiaceae is supported as monophyletic and includes Adinandra, Anneslea, Archboldiodendron, Balthasaria, Cleyera, Eurya, Euryodendron, Ficalhoa, Freziera, Symplococarpon, Ternstroemia and Visnea. The paraphyletic Theaceae s.s. includes Apterosperma, Camellia, Dankia, Gordonia, Pyrenaria, Schima, and Stewartia. Tetrameristaceae (Pentamerista and Tetramerista) are supported as a monophyletic family, with Pellicieraceae (Pelliciera) as sister group, and that clade is sister to the rest of the taxa. Bonnetiaceac (Archytaea and Bonnetia) and Kielmeyeroideae of the Clusiaceae (Caraipa, Haploclathra, Kielmeyera, Mahurea, Marila, and Neotatea) are also supported as monophyletic. Given the differences between the results obtained from morphological and molecular data, we consider that there is still a need for further research, including combined analyses.
机译:这项工作代表了属于植物科Theaceae(sensu lato)的所有属的首次系统发育分析。这项研究基于植物标本室标本的60个形态特征和37个属(包括外围)的广泛文献综述。与分子数据的结果相反,此处发现的Theaceae由一个进化枝组成,其中两个科或亚科的识别将离开Theaceaes.s。副生的。在该进化枝中,Ternstroemiaceae是单系的,包括Adinandra,Anneslea,Archboldiodendron,Balthasaria,Cleyera,Eurya,Euryodendron,Ficalhoa,Freziera,Symplococarpon,Ternstroemia和Visnea。副生的Theaceae s.s.包括仙精子,山茶花,丹基亚,戈多尼亚,比勒纳里亚,schima和Stewartia。四叶菊科(Pentamerista和Tetramerista)作为一元系家庭得到支持,其中伞形科(Pelliciera)为姐妹群,而该进化枝是其他类群的姐妹。还支持supported鱼科的Bonnetiaceac(Archytaea和Bonnetia)和Kielmeyeroideae(Caraipa,Haploclathra,Kielmeyera,Mahurea,Marila和Neotatea)是单种的。考虑到从形态学和分子数据获得的结果之间的差异,我们认为仍然需要进一步的研究,包括组合分析。

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