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Conservation Genetics of Delphinium newtonianum Dw. Moore (Moore's Delphinium) [Ranunculaceae], a Rare Endemic of the Interior Highlands

机译:翠雀牛Dw的保守遗传学。摩尔(摩尔的翠雀)[毛an科],一种内陆高地的稀有地方病

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摘要

Delphinium newtonianum (Ranunculaceae) is a rare endemic of the Interior Highlands. Using a single-copy nuclear gene, genetic diversity was determined for eight populations. Genetic diversity in D. newtonianum is high (37 haplotypes were identified from 80 individuals) and haplotype diversity was 0.885 + 0.016. Analysis of genetic structure indicates that populations within the Ozark region do not show significant genetic differentiation due to a high level of gene flow. However, Ouachita populations have undergone genetic drift and the loss of genetic diversity relative to Ozark populations. In addition, all Ouachita populations are significantly differentiated from all other populations. A neighbor-joining tree based on p-distance identifies Ouachita populations as a monophyletic group most likely established from a single Ozark population. Ozark and Ouachita populations should be treated as two genetically distinct metapopulations and considered to be evolutionary significant units.
机译:翠雀牛毛(毛an科)是内陆高地的一种罕见特有种。使用单拷贝核基因,确定了八个种群的遗传多样性。 D. newtonianum的遗传多样性很高(从80个个体中鉴定出37个单倍型),单倍型多样性为0.885 + 0.016。遗传结构分析表明,由于高水平的基因流动,奥扎克地区的种群没有显示出明显的遗传分化。然而,相对于Ozark种群,沃希托(Waachita)种群经历了遗传漂移和遗传多样性的丧失。此外,所有沃希托人口均与其他人口有显着差异。基于p距离的相邻树将Ouachita种群确定为最有可能从单个Ozark种群建立的单系统种群。 Ozark和Ouachita种群应被视为两个遗传上不同的元种群,并被视为进化上的重要单位。

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