首页> 外文期刊>Journal of Comparative Physiology, A. Sensory, Neural, and Behavioral Physiology >The final moments of landing in bumblebees, Bombus terrestris
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The final moments of landing in bumblebees, Bombus terrestris

机译:大熊蜂降落在熊蜂的最后时刻

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In comparison to other insects, like honeybees, bumblebees are very effective pollinators. Even though landing is a crucial part of pollination, little is known about how bumblebees orchestrate the final, critical moments of landing. Here, we use high-speed recordings to capture the fine details of the landing behaviour of free-flying bumblebees (Bombus terrestris), while landing on a flat platform with different orientations. We find that the bees have a fairly constant body and head orientation at the moment of leg extension, irrespective of platform tilt. At the same moment in time, the distance to the platform is held constant at around 8 mm (with the exception of low platform tilts). The orientation of the antennae and the first appendage that touches the platform vary between platform orientations, while the duration of the hover phase does not. Overall, the final moments of landing in bumblebees and their close relatives, the honeybees, are similar. However, the distance to the platform at the moment of leg extension and the duration of the hover phase are different in bumblebees and honeybees, suggesting that they are primarily adapted to land on surfaces with different orientations.
机译:与蜜蜂等其他昆虫相比,大黄蜂是非常有效的传粉媒介。尽管着陆是授粉的关键部分,但关于大黄蜂如何协调着陆的最后关键时刻却鲜为人知。在这里,我们使用高速记录来捕获自由飞行的大黄蜂(Bombus terrestris)着陆行为的精细细节,同时它们以不同的方向着陆在平坦的平台上。我们发现,蜜蜂在腿部伸展时具有相当恒定的身体和头部朝向,而与平台倾斜无关。同时,到平台的距离保持恒定在8毫米左右(低平台倾斜除外)。触角和接触平台的第一附属物的方向在平台方向之间有所不同,而悬停阶段的持续时间则没有变化。总的来说,降落在大黄蜂和它们的近亲蜜蜂中的最后时刻是相似的。但是,大黄蜂和蜜蜂在腿部伸展时距平台的距离和悬停阶段的持续时间有所不同,这表明它们主要适用于降落在具有不同方向的表面上。

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