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利用外来和本地寄生蜂防治澳大利亚多食性潜叶蝇科潜叶蝇

Leveraging Adventive and Endemic Parasitoids Against Polyphagous Agromyzid Leafminers in Australia.

作者信息

Ridland Peter M, Pirtle Elia I, Umina Paul A, Hoffmann Ary A

机构信息

Pest & Environmental Adaptation Research Group, School of BioSciences, Bio21 Institute, The University of Melbourne, Parkville, VIC 3010, Australia.

Cesar Australia, 95 Albert St., Brunswick, VIC 3056, Australia.

出版信息

Insects. 2025 Sep 16;16(9):968. doi: 10.3390/insects16090968.

Abstract

The recent incursions of three agromyzid leafminers (, , and ) into Australia pose a significant threat to horticultural production. Outbreaks of these polyphagous pests are consistently associated with the disruption of their parasitoids caused by the widespread use of non-selective insecticides and to increasing pesticide resistance in these agromyzids. An analysis of the international literature for records of parasitoids associated with , , and revealed that they are attacked by a similar profile of parasitoid families: Eulophidae (63% of records), Braconidae (19%), Pteromalidae (9%), and Figitidae (8%). , and (all already recorded in Australia) were the most commonly reported parasitoids worldwide. These species, along with Australia's broader parasitoid fauna, will play an important role in managing invasive species, provided insecticide use does not disrupt their populations. However, key knowledge gaps remain, especially regarding the taxonomy of local parasitoids, their potential use in conservation biocontrol programs, and the local landscape features that support parasitoid populations. The use of various species in augmentative releases is considered, including constraints and opportunities related to strain selection and the potential use of thelytokous strains for mass-rearing.

摘要

最近,三种潜叶蝇(分别为、和)侵入澳大利亚,对园艺生产构成了重大威胁。这些多食性害虫的爆发一直与非选择性杀虫剂的广泛使用导致其寄生蜂受到干扰以及这些潜叶蝇对杀虫剂抗性增加有关。对国际文献中与、和相关的寄生蜂记录进行分析后发现,它们受到类似的寄生蜂科的攻击:姬小蜂科(记录的63%)、茧蜂科(19%)、金小蜂科(9%)和广肩小蜂科(8%)。、和(均已在澳大利亚有记录)是全球报道最普遍的寄生蜂。如果杀虫剂的使用不会扰乱其种群数量,这些物种以及澳大利亚更广泛的寄生蜂动物群将在管理入侵物种方面发挥重要作用。然而,关键的知识空白仍然存在,特别是关于当地寄生蜂的分类学、它们在保护生物防治计划中的潜在用途以及支持寄生蜂种群的当地景观特征。文中考虑了在增殖释放中使用各种物种,包括与品系选择相关的限制和机会以及产雌孤雌生殖品系在大规模饲养中的潜在用途。

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