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首页> 外文期刊>Fragmenta entomologica >DNA barcoding unveils the first record of emAndrena allosa/em for Italy and unexpected genetic diversity in emAndrena praecox/em (Hymenoptera: Andrenidae)
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DNA barcoding unveils the first record of emAndrena allosa/em for Italy and unexpected genetic diversity in emAndrena praecox/em (Hymenoptera: Andrenidae)

机译:DNA条形码推出了意大利和endrosa 的第一个记录,在 andrena agox (Hymenoptera:和renidae)中出现意外的遗传多样性

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DNA barcoding is wellknown to support morphological species identification and it can be helpful for unveiling unexpected populations divergence patterns, especially in the context of the impacts on species posed by global change In this note, we provided the first Italian record of the alpine mining bee Andrena allosa Warncke, 1975, confirmed with DNA barcoding In addition, genetic identification of a specimen of Andrena praecox (Scopoli 1753) from western Italy pointed to an unexpected intraspecific genetic structuring at COI DNA barcoding region, with sequences from the Italian and the western sector of its global distribution differing 222% (pdist) from populations of the eastern sector Given the relevance of these records and of the genetic identity of bee populations from Italy, we argue that implementing molecular surveys in bee monitoring would surely contribute to the conservation of these important pollinators.
机译:DNA条形码是有良好的,以支持形态物种鉴定,它可能有助于揭示意外的人口分歧模式,特别是在对本票据的全球变化所带来的物种的影响的背景下,我们提供了第一个意大利人的高山矿业蜜蜂纪录1975年Allosa Warncke,另外通过DNA条形码确认,从西部意大利西部的Andrena Praecox(Scopoli 1753)的遗传鉴定指出,在Coi DNA条形码区的意想不到的内心遗传结构中,来自意大利和西部部门的序列它的全球分布与东部部门的人口不同222%(PDIST)鉴于这些记录和意大利蜂群的遗传身份的相关性,我们认为在蜂监测中实施分子调查肯定会促进这些重要的保护粉丝器。

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