Belsky Joseph E, Camp Allison A, Lehmann David M
Public Health & Environmental Systems Division, Integrated Health Assessment Branch Center for Public Health and Environmental Assessment (CPHEA), US-Environmental Protection Agency, Research Triangle Park, Durham, NC 27711, USA.
ORISE Researcher, Research Triangle Park Oak Ridge Associated Universities, Research Triangle Park, Durham, NC 27711, USA.
Insects. 2020 Aug 5;11(8):506. doi: 10.3390/insects11080506.
Bumble bee population declines over the last decade have stimulated strong interest in determining causative factors and necessary conservation measures. Research attention has largely been directed toward bumble bee worker and queen health and their contributions to population stability, while male bees (i.e., drones) have typically been overlooked regarding their role in influencing colony fitness and longevity. In this review we assess existing literature on the diverse role of males within bumble bee nests and their importance to queen health and fitness, as well as to overall nest success. The implications of reproductive measures, including sperm transfer, mating behavior, mating plugs, and male immunity, among other topics, are examined. Overall, bumble bee males are found to drive colony function in a unique manner. Current knowledge gaps pertaining to the role of males are discussed. We highlight the importance of drones to queen success and fitness in many ways, and suggest future research exploring impacts of this often-neglected caste.
过去十年间,大黄蜂种群数量的下降引发了人们对确定其致病因素和必要保护措施的浓厚兴趣。研究重点主要集中在大黄蜂工蜂和蜂王的健康状况以及它们对种群稳定性的贡献上,而雄蜂(即雄蜂)在影响蜂群适应性和寿命方面的作用通常被忽视。在这篇综述中,我们评估了现有文献中关于雄蜂在大黄蜂巢穴中的多样作用及其对蜂王健康和适应性以及整个巢穴成功的重要性。我们还研究了包括精子转移、交配行为、交配栓和雄蜂免疫力等繁殖措施的影响。总体而言,发现大黄蜂雄蜂以独特的方式推动着蜂群功能。文中讨论了目前与雄蜂作用相关的知识空白。我们强调了雄蜂在许多方面对蜂王成功和适应性的重要性,并建议未来开展研究,探索这个常被忽视的蜂型所产生的影响。