Zhang Xueyou, Nie Peixiao, Hu Xiaokang, Feng Jianmeng
College of Agriculture and Biological Science, Dali University, Dali 671003, China.
Insects. 2024 Oct 2;15(10):765. doi: 10.3390/insects15100765.
Black locust is the only host of -specialist insects in Europe. However, no study to date has examined future range shifts of specialist insects, and the relative effects of host plant availability and other factors on their range shifts. Here, we characterized the future range shifts in the host and its four specialist insects and the factors contributing to changes in their ranges. We detected substantial range expansions in all target species. Climate predictors and host plant availability were expected to have the strongest effects on the range shifts in the host and its specialist insects, respectively, suggesting that the specialist insects will track the ranges of their host. showed the largest potential and expanding ranges and should be made a priority species for controlling invasions of -specialist insects in Europe. The expanding ranges of all specialist species were largely identified in the United Kingdom, Germany, and France, suggesting that these should be priority regions for mitigating their effects on ecosystems. Reducing future climate change is essential for preventing the spreading of specialist insects in Europe since specialist insects track their specialist host plants, and host range expansions are mainly driven by future climate changes.
刺槐是欧洲专食性昆虫的唯一寄主。然而,迄今为止尚无研究考察专食性昆虫未来的分布范围变化,以及寄主植物可利用性和其他因素对其分布范围变化的相对影响。在此,我们描述了寄主及其四种专食性昆虫未来的分布范围变化以及导致其分布范围变化的因素。我们检测到所有目标物种的分布范围都有大幅扩张。预计气候预测因子和寄主植物可利用性分别对寄主及其专食性昆虫的分布范围变化影响最大,这表明专食性昆虫将追踪其寄主的分布范围。显示出最大的潜在分布范围和扩张范围,应将其作为控制欧洲专食性昆虫入侵的优先物种。所有专食性物种的扩张范围主要在英国、德国和法国被确定,这表明这些地区应成为减轻其对生态系统影响的优先区域。减少未来气候变化对于防止专食性昆虫在欧洲扩散至关重要,因为专食性昆虫追踪其专食寄主植物,而寄主范围的扩大主要由未来气候变化驱动。