To house or oust: Honey bee (Apis mellifera) colonies can evaluate and evict drones of low quality

IF 1.9 2区 生物学 Q3 BEHAVIORAL SCIENCES Behavioral Ecology and Sociobiology Pub Date : 2024-04-10 DOI:10.1007/s00265-024-03461-8
Izaak R. Gilchrist, Jonathan M. Nixon, Riley R. Shultz, Matthew D. Ginzel, Brock A. Harpur
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Abstract

Across the animal kingdom, males advertise their quality to potential mates. Males of low reproductive quality, such as those that are sick, may be excluded from mating. In eusocial species, there is some evidence that reproductive females gauge the quality of their mates. However, males often spend much more time with non-reproductive females when being raised or when returning from unsuccessful mating flights. Do non-reproductive workers evaluate the quality of male reproductives? Here we address this question using male honey bees (Apis mellifera), called drones, as a model. We generated immune-challenged drones by injecting them with lipopolysaccharide and tested: 1) do workers evict immune-challenged drones from their colony, 2) do cuticular hydrocarbon (CHC) profiles, body size, or mass change when drones are immune-challenged, and 3) are these changes used by workers to exclude low quality males from the colony? We found that an immune challenge causes changes in CHC profiles of drones and reduces their body mass. Workers selectively evict small and immune-challenged drones who, themselves, do not self-evict. This work demonstrates that some eusocial males undergo an additional layer of scrutiny prior to mating mediated by the non-reproductive worker caste.

Significance statement

Males of some species must advertise their quality to mates but, in the case of eusocial species, must they also advertise their quality to nestmates? By manipulating honey bee male quality, we found that small and immune-challenged drones are evicted from colonies overnight. Workers may not use a drone’s cuticular hydrocarbon profile to make this assessment. This is a new example of social immunity expressed against adult males and an example of worker involvement in reproductive decisions.

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安置或驱逐:蜜蜂(Apis mellifera)蜂群可以评估和驱逐低质量的无人驾驶飞行器
摘要在整个动物界,雄性动物都会向潜在配偶宣传自己的质量。生殖质量低的雄性,如生病的雄性,可能会被排除在交配之外。在雌雄同体的物种中,有证据表明生殖能力强的雌性会衡量配偶的质量。然而,雄性在被抚养长大或交配失败后返回时,往往会花更多的时间与非生产性雌性在一起。非生殖工蜂是否会评估雄性生殖工蜂的质量?在这里,我们以雄性蜜蜂(Apis mellifera)(称为无人蜂)为模型来探讨这个问题。我们通过给无人蜂注射脂多糖产生了免疫挑战无人蜂,并测试了:1)工蜂是否会将免疫挑战无人蜂驱逐出蜂群;2)当无人蜂受到免疫挑战时,其角质烃(CHC)特征、体型或质量是否会发生变化;3)工蜂是否会利用这些变化将低质量雄蜂排除出蜂群?我们发现,免疫挑战会导致无人机的碳氢化合物谱图发生变化,并降低其体重。工蜂会选择性地驱逐体型较小且受到免疫挑战的无人机,而这些无人机本身不会自我驱逐。这项工作表明,在非生殖工蜂种姓的介导下,一些雌性雄蜂在交配前还需要接受额外的审查。意义声明一些物种的雄蜂必须向配偶宣传自己的品质,但对于雌性物种来说,它们是否也必须向巢友宣传自己的品质呢?通过操纵蜜蜂雄蜂的质量,我们发现,体型小、免疫力差的雄蜂会在一夜之间被逐出蜂群。工蜂可能不会利用无人蜂的角质层碳氢化合物特征来进行这种评估。这是针对成年雄蜂的社会免疫力的一个新例子,也是工蜂参与生殖决策的一个例子。
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来源期刊
CiteScore
3.90
自引率
8.70%
发文量
146
审稿时长
3 months
期刊介绍: The journal publishes reviews, original contributions and commentaries dealing with quantitative empirical and theoretical studies in the analysis of animal behavior at the level of the individual, group, population, community, and species.
期刊最新文献
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