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Under鈥恟epresentation of avian studies in landscape genetics

机译:鈥恟景观遗产禽类研究的epresentation

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Landscape genetics is a rapidly growing discipline that examines how heterogeneous landscapes and other environmental factors influence population genetic variation. We conducted a systematic review of the landscape genetic literature which demonstrates that birds are severely under鈥恟epresented relative to their species diversity and general publication prevalence. Most avian studies were on species that have relatively low dispersal ability, and we suggest that this reflects an assumed high vagility of birds that precludes spatial genetic variation relatable to landscape heterogeneity. However, spatial genetic variation exists in several bird species with very high dispersal ability, but this has not been considered in the context of landscape features. Genetic patterns may also relate to landscape due to breeding habitat selection and territorial behaviour, despite the fact that species may be able to move throughout different landscape elements with minimal movement costs. Habitat loss and fragmentation are continuing globally and are strongly related to declines in bird populations. Landscape genetic studies provide a means to understand, predict and mitigate the effects of anthropogenic landscape change on birds. This review promotes the need for landscape genetic studies of birds, such that a greater understanding of the drivers of their genetic structuring can be developed and generalizations can be made from landscape genetic studies that apply more broadly across taxa.
机译:景观遗传学是一种迅速增长的纪律,检查异质景观和其他环境因素如何影响人口遗传变异。我们对景观遗传文献进行了系统审查,表明鸟类严重不受其物种多样性和一般出版普遍性的鈥恟。大多数禽类研究都在具有相对较低的分散能力的物种上,我们建议这反映了假设的鸟类的高流动性,这妨碍了与景观异质性相比的空间遗传变异。然而,几只鸟类存在空间遗传变异,具有非常高的分散能力,但这在景观特征的背景下尚未考虑。由于繁殖栖息地选择和领土行为,遗传模式也可能与景观有关,尽管物种可能能够在整个不同的景观元件中移动,但是运动成本最小。栖息地损失和碎片在全球范围内持续,并且与鸟类种群的下降密切相关。景观遗传学研究提供了理解,预测和减轻人为景观变化对鸟类的影响的手段。本综述促进了对鸟类景观遗传学研究的需求,可以更好地了解其遗传结构的驱动因素,可以通过景观遗传学研究来制定普遍性,这些研究更广泛地施用。

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