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The interaction of temperature and sucrose concentration on foraging preferences in bumblebees

机译:温度和蔗糖浓度对大黄蜂觅食偏好的相互作用

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Several authors have found that flowers that are warmer than their surrounding environment have an advantage in attracting pollinators. Bumblebees will forage preferentially on warmer flowers, even if equal nutritional reward is available in cooler flowers. This raises the question of whether warmth and sucrose concentration are processed independently by bees, or whether sweetness detectors respond to higher sugar concentration as well as higher temperature. We find that bumblebees can use lower temperature as a cue to higher sucrose reward, showing that bees appear to process the two parameters strictly independently. Moreover, we demonstrate that sucrose concentration takes precedence over warmth, so that when there is a difference in sucrose concentration, bees will typically choose the sweeter feeder, even if the less sweet feeder is several degrees warmer.
机译:几位作者发现,比周围环境温暖的花朵在吸引传粉媒介方面具有优势。大黄蜂将优先在较暖的花朵上觅食,即使较冷的花朵可获得相同的营养回报。这就提出了一个问题,即是否由蜜蜂独立处理温暖和蔗糖的浓度,或者甜味检测器是否对较高的糖浓度和较高的温度作出响应。我们发现大黄蜂可以使用较低的温度作为获得较高蔗糖奖励的线索,这表明蜜蜂似乎严格独立地处理了这两个参数。此外,我们证明了蔗糖浓度优先于温暖,因此,当蔗糖浓度存在差异时,蜜蜂通常会选择较甜的喂食器,即使甜度较低的喂食器的温度升高了几度。

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