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Fine-tuned Bee-Flower Coevolutionary State Hidden within Multiple Pollination Interactions

机译:隐藏在多个授粉相互作用中的微调蜂花进化状态

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摘要

Relationships between flowers and pollinators are generally considered cases of mutualism since both agents gain benefits. Fine-tuned adaptations are usually found in the form of strict one-to-one coevolution between species. Many insect pollinators are, however, considered generalists, visiting numerous kinds of flowers, and many flower species (angiosperms) are also considered generalists, visited by many insect pollinators. We here describe a fine-tuned coevolutionary state of a flower-visiting bee that collects both nectar and pollen from an early spring flower visited by multiple pollinators. Detailed morphology of the bee proboscis is shown to be finely adjusted to the floral morphology and nectar production of the flower. Behavioral observations also confirm the precision of this mutualism. Our results suggest that a fine-tuned one-to-one coevolutionary state between a flower species and a pollinator species might be common, but frequently overlooked, in multiple flower-pollinator interactions.
机译:鲜花和授粉媒介之间的关系通常被认为是互惠互利的案例,因为两种媒介都可以受益。精细调整的适应通常以物种之间严格的一对一协同进化的形式发现。但是,许多昆虫传粉者被认为是多才多艺的人,访问了许多种花,许多花卉种类(被子植物)也被认为是多面手,受到了许多昆虫传粉者的访问。我们在这里描述了访花蜂的微调协同进化状态,该蜂从多个传粉者访问的早春花中采集了花蜜和花粉。蜜蜂长鼻的详细形态显示已针对花的形态和花蜜生产进行了微调。行为观察也证实了这种共生关系的准确性。我们的研究结果表明,在多种花粉传粉者相互作用中,花种与传粉媒介之间的微调一对一协同进化状态可能很常见,但经常被忽略。

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