首页> 外文期刊>Folia Zoologica: International Journal of Vertebratology >Comparison of Capoeta capoeta gracilis (Cyprinidae, Teleostei) populations in the south Caspian Sea River basin, using morphometric ratios and genetic markers
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Comparison of Capoeta capoeta gracilis (Cyprinidae, Teleostei) populations in the south Caspian Sea River basin, using morphometric ratios and genetic markers

机译:使用形态计量比和遗传标记比较里海南部流域的Capoeta capoeta gracilis(Cyprinidae,Teleostei)种群

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摘要

The Siah Mahi, Capoeta capoeta gracilis, is a widely distributed taxon in the south Caspian Sea basin (north of Iran) that has not yet been surveyed at the intra-specific level. Besides its ecological significance, this species is important for inland water fishing, aquaculture, sport fishing and zoogeographical studies. Here, we describe patterns of morphological and molecular differentiation among six populations of C. c. gracilis located in the Aras, Sefidrud, Shirud, Tonekabon, Haraz and Gorganrud river systems in Iran. Univariate analysis of variance revealed significant differences between means of the six samples for 56 out of 60 morphometric ratios. The first two ordination axes of the mean ratios of the six samples (59.11% of total variation) separated all of the samples from each other, although not necessarily with any clear geographic pattern. The overall assignment of individuals into their original groups was high (88.6%). The proportion of individuals correctly classified into their original groups was 92.5%, 78.9%, 96%, 89.7%, 93.3% and 83.3% for Aras, Gorganrud, Sefidrud, Shirud, Tonekabon and Haraz, respectively. Molecular clustering also grouped individuals of each sample either in the same cluster or the same sub-cluster. There was a large-scale congruence between results of the morphological and molecular analyses.
机译:Siah Mahi(Capoeta capoeta gracilis)是里海南部盆地(伊朗北部)的一个广泛分布的分类群,尚未进行种内调查。除了其生态意义外,该物种对于内陆水域捕鱼,水产养殖,运动捕鱼和动物地理学研究也很重要。在这里,我们描述了六个C. c。种群的形态和分子分化模式。 gracilis位于伊朗的Aras,Sefidrud,Shirud,Tonekabon,Haraz和Gorganrud河系。单变量方差分析显示,对于60个形态比率中的56个,六个样本的平均值之间存在显着差异。六个样本的平均比率的前两个排序轴(占总变化的59.11%)将所有样本彼此分开,尽管不一定具有任何清晰的地理图案。个人在原始组中的总体分配较高(88.6%)。正确归类为原始群体的个人比例为Aras,Gorganrud,Sefidrud,Shirud,Tonekabon和Haraz分别为92.5%,78.9%,96%,89.7%,93.3%和83.3%。分子聚类也将每个样品的个体分为相同的聚类或相同的子聚类。形态分析和分子分析的结果之间存在大规模的一致性。

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