A morphological, anatomical and molecular study of two varieties of Tamarix tetragyna in Iran

M. Veisi, F. Koohdar, M. Sheidai
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Abstract

. Tamarix is the largest genus in the family Tamaricaceae with about 73 species. T. tetragyna var. meyeri and T. tetragyna var. deserti were previously reported from Iran. Due to the presence of overlapping features in the previously designed identification keys for the separation of these two varieties, it could be helpful to use other characters and character states derived from other sources, such as anatomical and molecular studies, in addition to find more effective morphological features for the separation of the two varieties. Therefore, the present study aimed to differentiate these two presumed varieties by multiple approaches using morphological, anatomical and molecular data. For morphological study, 6 quantitative and qualitative characters were examined in 12 samples of the two varieties. ANOVA analysis showed a significant difference between the studied characters. For anatomical study, 10 traits were examined in 4 samples of the two varieties, which also showed a significant difference. AMOVA analysis based on molecular studies using Scot marker showed a significant difference between the two varieties. The PCA biplot show the most variable traits in morphological and anatomical studies. For varieties delimitation, different clustering methods were drawn in all three studies. The results of this study showed that the use of appropriate diagnostic traits in morphological and anatomical studies as well as the use of molecular markers can be effective in showing the separated boundaries of the two varieties studied.
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伊朗两个四女Tamarix变种的形态学、解剖学和分子生物学研究
罗望子属是罗望子科中最大的属,约有73种。以前曾报道过来自伊朗的T.tetragyna var.meyeri和T.tetragyna var.desi。由于在之前设计的用于分离这两个品种的识别密钥中存在重叠特征,除了找到更有效的形态学特征用于分离这二个品种之外,还可以使用其他来源的其他特征和特征状态,如解剖学和分子研究。因此,本研究旨在利用形态学、解剖学和分子数据,通过多种方法来区分这两个推测的品种。在形态学研究中,对两个品种的12个样品进行了6个定量和定性性状的检测。方差分析显示,所研究的性状之间存在显著差异。在解剖学研究中,对两个品种的4个样品进行了10个性状的检测,结果也显示出显著差异。基于Scot标记的分子研究的AMOVA分析显示两个品种之间存在显著差异。主成分分析双图在形态学和解剖学研究中显示出最多变的特征。在品种划分方面,三项研究都采用了不同的聚类方法。这项研究的结果表明,在形态学和解剖学研究中使用适当的诊断特征以及使用分子标记可以有效地显示所研究的两个品种的分离边界。
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