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野生猩猩种群的细分与基因流动

Population subdivision and gene flow among wild orangutans.

作者信息

Kanthaswamy Sreetharan, Smith David Glenn

机构信息

Department of Internal Medicine, University of Iowa College of Medicine, Iowa City, Iowa 52246, USA.

出版信息

Primates. 2002 Oct;43(4):315-27. doi: 10.1007/BF02629605.

Abstract

Genetic variability among populations of orangutans from Borneo and Sumatra was assessed using seven SSR loci. Most SSR loci were highly polymorphic and their allele frequencies exhibited substantial variation across subpopulations. While significant genetic subdivision was observed among the island populations, genetic distance did not increase with geographic distance and sufficient gene flow persists to prevent marked genetic subdivision. Since it is unlikely that the Bornean Orangutans dispersed naturally among locations separated by such formidable geographic barriers, human assistance might already have altered their genetic structure. Our data suggests that there may be at least two subspecific clades of orangutans within Borneo while Central Kalimantan animals may have become more genetically related to animals in Sumatra due to human intervention.

摘要

利用7个微卫星位点评估了婆罗洲和苏门答腊岛红毛猩猩种群之间的遗传变异性。大多数微卫星位点具有高度多态性,其等位基因频率在亚种群间表现出显著差异。虽然在岛屿种群间观察到显著的遗传分化,但遗传距离并未随地理距离增加,且仍存在足够的基因流以防止明显的遗传分化。由于婆罗洲红毛猩猩不太可能自然扩散到被如此巨大地理屏障隔开的地区,人类的干预可能已经改变了它们的遗传结构。我们的数据表明,婆罗洲可能至少有两个亚种进化枝,而由于人类干预,加里曼丹中部的红毛猩猩可能在基因上与苏门答腊的红毛猩猩联系更为紧密。

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