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首页> 外文期刊>Conservation Genetics >Preliminary data suggests genetic distinctiveness of gyr and saker falcons
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Preliminary data suggests genetic distinctiveness of gyr and saker falcons

机译:初步数据表明,吉尔猎鹰和野性猎鹰具有遗传特征

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The inadequately controlled trade in gyr and saker falcons has lead to saker falcons becoming endangered and both species being CITES listed. However, the phylogenetic relationship between these nominal species is unresolved preventing their molecular identification and limiting the availability of data for conservation management. This study amplified DNA from the mitochondrial cytochrome oxidase I (COI) gene and nine nuclear microsatellite markers to highlight previously unobserved genetic differences between these two putative species. Results show that gyr and saker are paraphyletic using COI and therefore indistinguishable using this marker. However, the microsatellite allele frequency differences suggest that it is possible to assign an unidentified bird to its correct species with 98% accuracy. The results suggest the two species should be monitored separately to ensure short term conservation success.
机译:吉尔猎鹰和野性猎鹰的贸易管制不足,导致野性猎鹰濒临灭绝,两个物种都被列入濒危野生动植物种国际贸易公约。但是,这些标称物种之间的系统发育关系尚未解决,从而阻止了它们的分子鉴定并限制了保存管理的数据可用性。这项研究从线粒体细胞色素氧化酶I(COI)基因和9个核微卫星标记中扩增了DNA,以突出显示这两个推定物种之间以前未观察到的遗传差异。结果表明,使用COI可以鉴定出gyr和saker的亲缘关系,因此使用此标记无法区分。但是,微卫星等位基因频率差异表明,可以以98%的准确度将未鉴定的鸟类分配给其正确的物种。结果表明,应分别对这两个物种进行监测,以确保短期保护成功。

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