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A primer of host-plant specialization in bees

机译:蜜蜂中宿主植物专业的入门

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摘要

The bee-flower biological association is one of the most famous examples of insect-plant interactions, and it is axiomatic that these are of critical importance for sustaining thriving terrestrial ecosystems. Yet, the most familiar associations are often artificially managed agricultural ecosystems, reflecting an exceptionally narrow range of bee species (often only one) and a concomitantly restricted range of associated behaviors, morphologies, and mechanisms tied to pollination. Here we provide a brief account of the range of bee-floral associations encompassing floral specialization in terms of diet, behavior, and morphology. These natural associations not only promote healthy ecosystems, but also can be integrated in sustainable ways for more efficient pollination of crops by targeting bee species whose diets, behaviors, and pollen-gathering structures evolved precisely to visit such floral species rather than less efficient, and often non-native, generalists that are otherwise exploited for such purposes.
机译:蜂花生物学结合是昆虫植物相互作用的最著名的例子之一,对于维持蓬勃发展的陆地生态系统至关重要,这很重要。然而,最熟悉的关联通常是人为地管理的农业生态系统,反映了蜜蜂物种的异常狭窄范围(通常只有一种),并且相关的相关行为,形态和与授粉相关的机制也伴随着限制的范围。在这里,我们简要说明了蜜蜂绿色关联的范围,包括饮食,行为和形态方面的花卉专业化。这些自然关联不仅可以促进健康的生态系统,而且可以通过可持续的方式整合到可持续的方式,以通过靶向蜜蜂物种对农作物进行更有效的授粉,这些蜜蜂的饮食,行为和花粉收集结构精确地进化为访问这种花卉物种,而不是效率较低,而不是效率较低,而不是效率较低的花样。通常是非本地的通才,这些都是为此目的而被利用的。

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