Jürisoo Liina, Süda Ilmar, Agan Ahto, Drenkhan Rein
Institute of Forestry and Rural Engineering, Estonian University of Life Sciences, Fr.R. Kreutzwaldi 5, 51006 Tartu, Estonia.
Ilmar Süda FIE, Rõõmu tee 12-5, 50705 Tartu, Estonia.
Insects. 2021 Apr 29;12(5):393. doi: 10.3390/insects12050393.
Potential Dutch elm disease vector beetle species were caught with pheromone bottle traps and handpicked in 2019: in total, seven species and 261 specimens were collected. The most common was , but by percent, the incidence of was highest in , followed by and . We analysed the beetles DNA using PacBio sequencing to determine vector beetles of . was found on six out of seven analysed beetle species: , S, , , and . The last two beetles were detected as vectors for for the first time. Previous knowledge on the spread of beetles is discussed.
2019年,利用信息素诱捕瓶诱捕并人工挑选了可能传播荷兰榆树病的甲虫物种:总共收集到7个物种和261个标本。最常见的是 ,但按百分比计算, 在 中的发生率最高,其次是 和 。我们使用PacBio测序分析了甲虫的DNA,以确定传播 的媒介甲虫。在分析的7种甲虫中有6种发现了 : 、S、 、 、 和 。最后两种甲虫首次被检测为传播 的媒介。讨论了关于甲虫传播的先前知识。