UMR7179 CNRS-MNHN, National Museum of Natural History, Paris, France.
PLoS One. 2024 Mar 26;19(3):e0295102. doi: 10.1371/journal.pone.0295102. eCollection 2024.
Biological invasions increase with the intensity of globalization, human activities, and climate change. Insects represent a high potential of invasive species due to their adaptability to new environment. We analysed here the potential of an Asian phytophagous bug, Corythauma ayyari (Heteroptera, Tingidae) to become widespread, recently recorded in Europe, and that depends on Jasminum spp., an ornamental plant widespread in Europe. We modelled its current distribution, projected it into the future and tested its niche overlap between native and invaded areas. When considering the host plants as environmental variables, the analysis shows that C. ayyari shifted to a new ecological niche but its distribution is restricted by its host plant distribution. Including or excluding the host plants as environmental variables has an impact on C. ayyari distribution. We recommend to consider host plant interactions when dealing with niche modelling of phytophagous species.
生物入侵随着全球化、人类活动和气候变化的加剧而增加。由于昆虫能够适应新环境,因此它们具有很高的入侵物种潜力。我们在这里分析了亚洲植食性臭虫 Corythauma ayyari(半翅目,Tingidae)的潜在可能性,这种臭虫最近在欧洲被记录到,并依赖于在欧洲广泛种植的观赏植物素馨属 Jasminum spp.。我们对其当前的分布进行了建模,将其投射到未来,并测试了其在本地和入侵地区的生态位重叠。当将寄主植物视为环境变量时,分析表明 C. ayyari 转移到了一个新的生态位,但它的分布受到寄主植物分布的限制。将或不将寄主植物作为环境变量会影响 C. ayyari 的分布。我们建议在处理植食性物种的生态位建模时,考虑寄主植物的相互作用。