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首页> 外文期刊>Iranian journal of science and technology >Leaf Anatomical Evaluation of Some Nepeta L, Taxa in Iran
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Leaf Anatomical Evaluation of Some Nepeta L, Taxa in Iran

机译:一些近北大L,伊朗的分类赛的叶子解剖学评价

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摘要

We evaluated the leaf blade anatomical characteristics of thirty-three populations representing of 21 Nepeta L. taxa belonging to five sections from Iran to determine their taxonomic value in taxa delimitation and infrageneric classification in sections. Leaf samples of six individuals were examined per each population. The samples were fixed in F.A.A solution. The hand transverse sections were studied using light microscope, and data were analyzed using SPSS and MVSP softwares. We found that several leaf anatomical characteristics were common among the taxa and their populations; therefore, they had no taxonomic value. Hence, other anatomical features (the indumentum type, palisade cell wall shape, palisade/sponge cells ratio, parenchyma cells shape in midrib, the shape of vascular tissue, thickness of phloem and xylem tissues) differed among the populations and had the taxonomical importance. Moreover, the quantitative anatomical traits significantly (P = 0.001) varied among the taxa and their populations. The classification pattern of the studied taxa and their populations in UPGMA tree and PCA plot was inconsistent with the infrageneric classifications of the genus according to Flora of Iran and Flora Iranica. In addition, populations of some species were clustered separately. Since there was a high level of infraspecific diversity in Nepeta taxa, this issue should be considered in all taxonomical treatments of this genus to define the correct infrageneric classification pattern.
机译:我们评估了三十三个群体的叶片解剖学特征,其代表了属于来自伊朗五个部分的21个北佩特卡·拉链。每个人口检查六种人的叶样品。将样品固定在F.a.a溶液中。使用光显微镜研究手横截面,使用SPSS和MVSP软件进行分析数据。我们发现几个叶子解剖学特征在分类群及其种群中是常见的;因此,他们没有分类值。因此,其他解剖学特征(占地面积,拨高型细胞壁形状,俯仰/海绵细胞比,粒子细胞形状,血管组织的形状,血管组织的形状,群体中的血管组织,厚度和木质组织)不同,并且具有分类论的重要性。此外,分类解剖学性状显着(P& = 0.001)在分类群及其种群中变化。研究的分类征集和他们在Upgma树和PCA图中的种群的分类模式与伊朗和弗洛拉·伊朗氏植物的植物组织的Infrageneric分类不一致。此外,某些物种的种群分别聚集。由于尼普拉纳纳州的基础型多样性较高,因此在该属的所有分类治疗中应考虑这个问题,以定义正确的InfraGeneric分类模式。

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