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Genetic structure and systematic relationships within the Ophrys fuciflora aggregate (Orchidaceae: Orchidinae): high diversity in Kent and a wind-induced discontinuity bisecting the Adriatic

机译:七叶莲(Orphrys fuciflora)聚集体(兰科:兰科)内的遗传结构和系统关系:肯特的高度多样性和风生的不连续性将亚得里亚海一分为二

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摘要

Background and AimsA recent phylogenetic study based on multiple datasets is used as the framework for a more detailed examination of one of the ten molecularly circumscribed groups identified, the Ophrys fuciflora aggregate. The group is highly morphologically variable, prone to phenotypic convergence, shows low levels of sequence divergence and contains an unusually large proportion of threatened taxa, including the rarest Ophrys species in the UK. The aims of this study were to (a) circumscribe minimum resolvable genetically distinct entities within the O. fuciflora aggregate, and (b) assess the likelihood of gene flow between genetically and geographically distinct entities at the species and population levels.
机译:背景和目的最近基于多种数据集的系统发育研究被用作框架,用于更详细地检查已鉴定的十个分子外切基团中的一个,Ophrys fuciflora聚集体。该组的形态高度可变,易于表型趋同,序列差异程度低,并且包含受威胁的分类单元的比例异常大,包括英国最稀有的Ophrys物种。这项研究的目的是(a)限制紫花苜蓿聚集体中最小可分辨的遗传上不同的实体,以及(b)在物种和种群水平上评估遗传上和地理上不同的实体之间的基因流动的可能性。

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