Bailes Emily J, Moscrop Jake, Mitchell Sarah, Dorling Matthew, Wood Tom, Thomas Jane, Glover Beverley J
Department of Plant Sciences University of Cambridge Cambridge UK.
NIAB Cambridge UK.
Ecol Evol. 2023 Nov 10;13(11):e10617. doi: 10.1002/ece3.10617. eCollection 2023 Nov.
Adaptations that attract pollinators to flowers are central to the reproductive success of insect-pollinated plants, including crops. Understanding the influence of these non-rewarding traits on pollinator preference is important for our future food security by maintaining sufficient crop pollination. We have identified substantial variation in flower shape, petal size, corolla-tube length, petal spot size and floral volatile compounds among a panel of 30 genetically distinct lines of . Using this variation, we found that was able to distinguish between natural variation in petal spot size, floral volatile emissions and corolla-tube length. Foragers showed some innate preference for spotted flowers over non-spotted flowers and preferred shorter corolla-tube lengths over longer tubes. Our results suggest that some floral traits may have significant potential to enhance pollinator attraction to crops, particularly if paired with optimised rewards.
吸引传粉者到花朵上的适应性特征对于包括农作物在内的虫媒植物的繁殖成功至关重要。通过维持充足的作物授粉来了解这些无报酬性状对传粉者偏好的影响,对我们未来的粮食安全至关重要。我们在一组30个遗传上不同的[植物名称]品系中,发现了花形、花瓣大小、花冠管长度、花瓣斑点大小和花香挥发性化合物的显著差异。利用这种变异,我们发现[传粉者名称]能够区分花瓣斑点大小、花香挥发性物质排放和花冠管长度的自然变异。觅食者对有斑点的花表现出比对无斑点的花的一些先天偏好,并且更喜欢较短的花冠管长度而不是较长的花冠管长度。我们的结果表明,一些花部性状可能具有显著潜力来增强传粉者对[作物名称]作物的吸引力,特别是如果与优化的报酬相结合。