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首页> 外文期刊>Entomologia generalis >Modification of the innate antennal reaction at floral guides in experienced bumblebees, Bombus terrestris (Hymenoptera : Apidae)
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Modification of the innate antennal reaction at floral guides in experienced bumblebees, Bombus terrestris (Hymenoptera : Apidae)

机译:在有经验的大黄蜂,熊蜂(花翅目:Apidae)的花指导下对先天触角反应的修饰

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The first physical contact with flowers by flower-naive bumblebees of the species Bombus term restris (Linnaeus 1758) is a touch with the tips of their antennae prior to landing. Naive bumblebees perform this innate antennal reaction either at the margin of flowers or at small coloured floral guides. LUNAU If 9921 hypothesised that the antennal reaction aims at the perception of substances on floral tissues through chemoreception. In order to test the effect of experience with distinct flower guides on the antennal reaction learning experiments were performed with worker bumblebees of the species Bombus terrestris. A choice of two types of artificial flowers was presented simultaneously: (1) Blue artificial flowers with a small central yellow colour mark, offering 7 mu l of 50% sucrose solution, and (2) blue artificial flowers with a small central brown colour mark, offering 7 mu l of 10% sucrose solution. The antennal reaction of individuals was monitored at two different phases in the experiment: (1) During the first 90 approaches, and (2) after 300 approaches to artificial flowers. Unexpectedly it was found that experienced bumblebees showed the antennal reaction significantly more often at the small central colour mark than less experienced ones. During flight, bumblebees retained the antennae in a position characterised by a distance between the antennal tips of more than 5 mm and by an angle between the antennal flagella of more than 90 degrees. Prior to antennal contact with the artificial flower experienced bumblebees reduced the distance between the antenna] tips to about 5 rum, which corresponds to the diameter of the central colour mark. This adjustment was not dependent on the presence of scent-marks. It is suggested that bumblebees benefit from their antennal reaction at flowers by remote sensing of pollen reward and consequential avoidance of waste of energy by landing and restarting from the flower.
机译:天生的大黄蜂(孟买术语“ restris”(Linnaeus 1758))与花的第一次物理接触是在着陆前触碰其触角的尖端。幼稚的大黄蜂在花朵的边缘或在彩色的小花朵上进行这种先天的触角反应。 LUNAU If 9921假设触角反应旨在通过化学感受感知花组织上的物质。为了测试使用不同的花艺导游的体验对触角反应的影响,我们用熊蜂物种的大黄蜂进行了学习实验。同时提供了两种人造花的选择:(1)蓝色人造花,带有小的中心黄色标记,提供7μl50%蔗糖溶液,(2)蓝色人造花,带有小的中心棕色标记,提供7微升的10%蔗糖溶液。在实验的两个不同阶段对个体的触角反应进行了监测:(1)在前90种进场期间,以及(2)在300种进场后进入人造花。出乎意料的是,发现经验丰富的大黄蜂在中心色小标记处的触角反应明显比经验不足的显着多。在飞行过程中,大黄蜂将触角保持在一个位置,该位置的特征是触角尖端之间的距离大于5 mm,触角鞭毛之间的角度大于90度。在触角与人造花接触之前,有经验的大黄蜂将触角之间的距离减小到大约5朗姆,这相当于中心色标的直径。这种调整不取决于气味标记的存在。建议大黄蜂通过花粉奖励的遥感和从花上着陆并重新开始而避免能量浪费而受益于它们在花上的触角反应。

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