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DNA Barcoding of Birds at a Migratory Hotspot in Eastern Turkey Highlights Continental Phylogeographic Relationships

机译:土耳其东部迁徙热点处鸟类的DNA条码突出显示了大陆植物系谱关系

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摘要

The combination of habitat loss, climate change, direct persecution, introduced species and other components of the global environmental crisis has resulted in a rapid loss of biodiversity, including species, population and genetic diversity. Birds, which inhabit a wide spectrum of different habitat types, are particularly sensitive to and indicative of environmental changes. The Caucasus endemic bird area, part of which covers northeastern Turkey, is one of the world’s key regions harboring a unique bird community threatened with habitat loss. More than 75% of all bird species native to Turkey have been recorded in this region, in particular along the Kars-Iğdır migratory corridor, stopover, wintering and breeding sites along the Aras River, whose wetlands harbor at least 264 bird species. In this study, DNA barcoding technique was used for evaluating the genetic diversity of land bird species of Aras River Bird Paradise at the confluence of Aras River and Iğdır Plains key biodiversity areas. Seventy three COI sequences from 33 common species and 26 different genera were newly generated and used along with 301 sequences that were retrieved from the Barcoding of Life Database (BOLD). Using the sequences obtained in this study, we made global phylogeographic comparisons to define four categories of species, based on barcoding suitability, intraspecific divergence and taxonomy. Our findings indicate that the landbird community of northeastern Turkey has a genetical signature mostly typical of northern Palearctic bird communities while harboring some unique variations. The study also provides a good example of how DNA barcoding can build upon its primary mission of species identification and use available data to integrate genetic variation investigated at the local scale into a global framework. However, the rich bird community of the Aras River wetlands is highly threatened with the imminent construction of the Tuzluca Dam by the government.
机译:生境丧失,气候变化,直接迫害,引进的物种和全球环境危机的其他组成部分相结合,导致生物多样性迅速丧失,包括物种,种群和遗传多样性。栖息在各种各样的不同栖息地类型中的鸟类对环境变化特别敏感并预示着环境变化。高加索地区特有鸟类区,部分覆盖土耳其东北部,是世界上主要的鸟类保护区之一,该地区拥有一个独特的鸟类群落,其栖息地受到了威胁。在该地区,尤其是在阿拉斯河沿岸的Kars-Iğdır迁徙走廊,中途停留,越冬和繁殖地点,已记录了土耳其本地所有鸟类中超过75%的鸟类,该地区的湿地中至少藏有264种鸟类。在这项研究中,DNA条形码技术被用于评估阿拉斯河和伊格德尔平原关键生物多样性地区交汇处的阿拉斯河鸟类天堂的陆地鸟类物种的遗传多样性。新生成并使用了33个常见物种和26个不同属的73个COI序列,以及从生命条形码(BOLD)中检索到的301个序列。使用本研究中获得的序列,我们根据条形码的适用性,种内差异和分类法对全球物种进行了系统地理比较,从而确定了四类物种。我们的发现表明,土耳其东北部的陆鸟群落具有遗传特征,大多数是北古北北鸟类群落的典型特征,同时具有一些独特的变异。这项研究还提供了一个很好的例子,说明了DNA条形码如何以其物种鉴定的主要任务为基础,并利用现有数据将在地方范围内调查的遗传变异整合到全球框架中。但是,政府即将对图兹卢卡大坝进行的建设,严重威胁着阿拉斯河湿地的鸟类保护区。

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