伊朗桤木(桦木科)分子ITS标记及其形态特征的修正

T. Gholamiterojeni, F. Sharifnia, T. Nejadsattari, M. Assadi, S. Hamdi
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引用次数: 1

摘要

桤木(Alnus)是桦木科(Betulaceae)的一个属,全世界共有29种以上。根据不同的植物区系分类,该属8个分类群在伊朗自然生长,分布在伊朗Albourz山北坡(hycanian林)。本研究对伊朗31个属植物居群的形态特征和系统发育关系进行了研究。对28个定性和定量性状进行形态评价,对ITS分子标记进行分子研究。采用MVSP、SPSS、MrBayes、RAXMLGUI、Mesquite 2.71、Modeltest 3.7等软件包进行统计分析。各研究类群的形态特征差异很大,方差分析显示大多数类群的形态特征差异显著。叶基角度、叶缘形状、叶片长度和宽度、果实长度以及叶柄、幼枝和芽上是否有毛是变化较大的形态特征。利用形态学特征分别在UPGMA树、PCA和PCO图中聚类。此外,ca -join图显示每个分类单元具有不同的形态特征,这对分类单元的鉴定有帮助。系统发育分析表明,桤木属是一个单系类群。此外,所研究的类群在系统发育树状图上是单独聚类的。根据形态学和ITS资料,我们在伊朗列出了该属的10个分类群,并从伊朗海尔卡尼亚森林引进了A. hyrcana和A. longiflorescentia两个新种。
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Revision of Alnus (Betulaceae) in Iran using molecular ITS markers and morphological characteristics
Alnus (Alder) is a genus of Betulaceae, which comprises more than 29 species in the world. According to different classifications of flora, eight taxa of the genus naturally grow in Iran and are distributed along the northern slope of Albourz Mountains in Iran (Hyrcanian forests). In the current research, we investigated morphological characteristics and phylogenetic relationships of 31 populations of the genus in Iran. Twenty-eight qualitative and quantitative traits were studied for morphological evaluation and ITS molecular marker was investigated for molecular study. We used MVSP, SPSS, MrBayes, RAXMLGUI, Mesquite 2.71, Modeltest 3.7 software packages for statistical analyses. Morphological features varied widely among the studied taxa and ANOVA test revealed significant difference for most of them. Moreover, the angle of leaf base, the leaf margin shape, the length and width of the leaf blade, fruits length, and the presence of hair on the petioles, young twigs, and buds were more variable morphological traits. The studied taxa were clustered separately in the UPGMA tree, PCA and PCO plots using morphological traits. In addition, CA-joined plot showed each taxon to have distinct morphological trait(s), which is useful in the identification of the taxa. Phylogeny analysis revealed that Alnus genus is a monophyletic group. Furthermore, the studied taxa were clustered separately in phylogenetic dendrogram. According to morphological and ITS data, we listed ten taxa of the genus in Iran and introduced A. hyrcana and A. longiflorescentia as two new species from Hyrcanian forests of Iran.
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