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Reproductive isolation evolutionary distinctiveness and setting conservation priorities: The case of European lake whitefish and the endangered North Sea houting (Coregonus spp.)

机译:生殖隔离进化独特性和确定保护重点:欧洲湖泊白鲑和濒临灭绝的北海North鱼(Coregonus spp。)的情况

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摘要

BackgroundAdaptive radiation within fishes of the Coregonus lavaretus complex has created numerous morphs, posing significant challenges for taxonomy and conservation priorities. The highly endangered North Sea houting (C. oxyrhynchus; abbreviated NSH) has been considered a separate species from European lake whitefish (C. lavaretus; abbreviated ELW) due to morphological divergence and adaptation to oceanic salinities. However, its evolutionary and taxonomic status is controversial. We analysed microsatellite DNA polymorphism in nine populations from the Jutland Peninsula and the Baltic Sea, representing NSH (three populations, two of which are reintroduced) and ELW (six populations). The objectives were to: 1) analyse postglacial recolonization of whitefish in the region; 2) assess the evolutionary distinctiveness of NSH, and 3) apply several approaches for defining conservation units towards setting conservation priorities for NSH.
机译:背景技术Coregonus lavaretus复合体的鱼类内部的适应性辐射产生了许多形态,对分类学和保护重点提出了重大挑战。由于形态差异和对海洋盐分的适应性,高度濒临灭绝的北海金枪鱼(C. oxyrhynchus; NSH的缩写)被认为是与欧洲白鲑(C. lavaretus; ELW的缩写)分离的物种。但是,其进化和分类学地位是有争议的。我们分析了来自日德兰半岛和波罗的海的9个种群的微卫星DNA多态性,分别代表NSH(三个种群,其中两个被重新引入)和ELW(六个种群)。目的是:1)分析该地区白鲑的冰川后再定殖; 2)评估NSH的进化特征,以及3)运用几种方法来定义保护单位,从而确定NSH的保护重点。

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