Quicray Maude, Wilhelm Léonore, Enriquez Thomas, He Shulin, Scheifler Mathilde, Visser Bertanne
Evolution and Ecophysiology Group, Department of Functional and Evolutionary Entomology University of Liège - Gembloux Agro-Bio Tech Gembloux Belgium.
Ecol Evol. 2023 Jan 23;13(1):e9625. doi: 10.1002/ece3.9625. eCollection 2023 Jan.
The parasitoid has been used as a model system for more than 70 years, contributing greatly to diverse research areas in ecology and evolution. Here, we synthesized the large body of work on with the aim to identify new research avenues that could be of interest also for researchers studying other parasitoids and insects. We start our review with a description of typical characteristics, as well as that of the higher taxonomic groups to which this species belongs. We then continue discussing host suitability and immunity, foraging behaviors, as well as fat accumulation and life histories. We subsequently shift our focus towards parasitoid-parasitoid interactions, including coexistence within the larger guild of parasitoids, chemical communication, as well as mating and population structuring. We conclude our review by highlighting the assets of as a model system, including its intermediate life history syndromes, the ease of observing and collecting natural hosts and wasps, as well as recent genomic advances.
七十多年来,这种寄生蜂一直被用作一个模型系统,为生态学和进化的多个研究领域做出了巨大贡献。在这里,我们综合了大量关于该寄生蜂的研究工作,目的是找出新的研究途径,这些途径可能也会引起研究其他寄生蜂和昆虫的研究人员的兴趣。我们在综述开头描述了该寄生蜂的典型特征,以及它所属的高级分类群的特征。然后我们继续讨论宿主适宜性和免疫力、觅食行为,以及脂肪积累和生活史。随后,我们将重点转向寄生蜂与寄生蜂之间的相互作用,包括在更大的寄生蜂群落中的共存、化学通讯,以及交配和种群结构。我们在综述结尾强调了该寄生蜂作为一个模型系统的优点,包括它的中间生活史综合征、观察和收集自然宿主及黄蜂的便利性,以及最近的基因组学进展。