黄卵通菌对舞毒蛾的防治应用

IF 0.2 Q4 FORESTRY Lesnoy Zhurnal-Forestry Journal Pub Date : 2023-06-10 DOI:10.37482/0536-1036-2023-3-69-83
Yuliya A. Sergeeva, Sergey O. Dolmonego
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引用次数: 0

摘要

舞毒蛾,Lymanria dispar,是俄罗斯联邦最普遍的害虫之一。阿纳斯塔atus japonicus Ashmead和kuvanae Ooencyrtus Howard是生活在L. dispar卵上的寄生虫。在俄罗斯的欧洲部分可以找到这种昆虫,它们是1988年从朝鲜进口的。为了限制舞毒蛾的数量,需要认识到舞毒蛾的释放率和在防止大规模虫害暴发方面的有效性,以及对消灭舞毒蛾的可能性进行评估。2019年,在奥伦堡地区爆发舞毒蛾疫情期间,对库瓦纳伊蛾进行了试验性释放(237 500个标本),该地区覆盖了乌拉尔河流域,在三个林业区域内。每棵树的平均卵卵数在1 ~ 20个之间。释放后的效率控制为48-52,在3代库瓦纳伊虫的孵育期间。收集离合器并进行实验分析。密度为10.7 ~ 26.8万粒/ha的地点,异色夜蛾的释放率为82.9 ~ 90.3%,密度为380万粒/ha的地点,释放率不超过47.3%。根据每公顷释放的寄生蜂卵的比例和灭卵的绝对数量,提出了一种估算每公顷最适库瓦纳伊蚊标本数量的系数。野蛾对舞毒蛾种群的调控应在疫源地形成初期进行。在舞毒蛾的活跃繁殖点使用植噬体,侵染率高于每棵1.5只,不能使植噬体数量减少到无害水平。kuvanae的应用可以作为综合预防措施系统的一部分:化学或生物农药处理以减少舞毒蛾种群,并在启动虫媒释放后。引用:Sergeeva Yu.A。, Dolmonego s.o。kuvanae Howard对舞毒蛾的应用。俄罗斯林业杂志,2023年第1期。3,第69-83页。(俄国人)。https://doi.org/10.37482/0536-1036-2023-3-69-83
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Application of Ooencyrtus kuvanae Howard Against Gypsy Moth
The gypsy moth, Lymanria dispar, is one of the most widespread pest-insects in the Russian Federation. Anastatus japonicus Ashmead and Ooencyrtus kuvanae Howard are parasites that live on the eggs of L. dispar. They can be found in the European part of Russia, where the insects were imported from North Korea in 1988. The usage of O. kuvanae to limit the gypsy moth populations requires recognition of the release rates and effectiveness in preventing mass pest outbreaks, as well as for the evaluation of the possibility of elimination. An experimental release of O. kuvanae (237 500 specimens) was conducted in 2019 during a gypsy moth outbreak in the Orenburg region, which covered the basin of the Ural River within the territory of three forestries. The average number of clutches of O. kuvanae varied from 1 to 20 clutches per tree. The control of efficiency was made 48–52 after the release, during the incubation period of the 3ed generation of O. kuvanae. The clutches were collected and experimentally analyzed. The release rate of L. dispar ranged 82.9–90.3 % at the locations with a density of 107–268 thousand eggs/ha and did not exceed 47.3 % at the locations with a density of 3800 thousand eggs/ha. A coefficient for estimation of the optimal number of O. kuvanae specimens per 1 ha was proposed based on the proportion of the released egg parasitoids per 1 ha and the absolute number of the destroyed eggs of L. dispar. The regulation of the gypsy moth’s population by O. kuvanae should be done at the biggening of the foci formation. The usage of the entomophage in the active reproductive foci of the gypsy moth, with an infestation rate higher than 1.5 clutches per tree, cannot reduce the phytophage numbers to a harmless level. The application of O. kuvanae can be a part of an integrated system of preventive measures: chemical or biological pesticide treatments to reduce gypsy moth populations, and after initiate the release of the entomophages. For citation: Sergeeva Yu.A., Dolmonego S.O. Application of Ooencyrtus kuvanae Howard Against Gypsy Moth. Lesnoy Zhurnal = Russian Forestry Journal, 2023, no. 3, pp. 69–83. (In Russ.). https://doi.org/10.37482/0536-1036-2023-3-69-83
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