New microsatellite loci to quantify genetic diversity of the photosymbiodeme-forming lichen Sticta canariensis

Andrea Goss, Silke Werth
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Abstract

Sticta canariensis is a lichen which is rare in all parts of its range in Atlantic Europe and Macaronesia, where it occurs in laurisilva forests, a habitat highly threatened by global change. Thus, this species is of high priority for inclusion in conservation programmes where genetic diversity should be considered. We have established new microsatellite loci and generated a dataset that demonstrates the genetic diversity of the lichen-forming fungus S. canariensis from eight locations across its disjunct range, in Macaronesia, Norway and England. We genotyped 25 microsatellite loci for 65 specimens and detected five genetic clusters which resemble major geographical divisions, specifically among the Macaronesian archipelagos. The total number of observed alleles ranged from 2 to 22. These are the first microsatellite markers developed for S. canariensis and they will be useful for population genetic studies and for conservation assessments.

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量化光合生物地衣 Sticta canariensis 遗传多样性的新微卫星位点
卡纳里地衣(Sticta canariensis)是一种地衣,在欧洲大西洋和马卡罗内西亚的所有地区都很罕见,它生长在 laurisilva 森林中,这种生境受到全球变化的严重威胁。因此,该物种应优先纳入保护计划,并考虑其遗传多样性。我们已经建立了新的微卫星位点,并生成了一个数据集,该数据集展示了地衣形成真菌 S. canariensis 的遗传多样性,这些数据来自其分布于马卡罗内西亚、挪威和英格兰的八个地点。我们对 65 个标本的 25 个微卫星位点进行了基因分型,发现了 5 个遗传集群,这些集群与主要的地理分区相似,特别是在马卡隆西亚群岛之间。观察到的等位基因总数从 2 个到 22 个不等。这些是首次为卡纳里猿开发的微卫星标记,它们将有助于种群遗传研究和保护评估。
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