广藿香
生物测定
熏蒸
生物
杀螨剂
毒理
蜱螨
剂量
植物
精油
园艺
生态学
药理学
作者
Zuohui Cheng,Huijuan Duan,Xiang-Run Zhu,Fangfang Fan,Rui Li,Shengcai Li,Xin-Yao Ma,En-Jia Zhang,Yukun Liu,Jue-Ying Wang
标识
DOI:10.1080/09670874.2019.1636155
摘要
The fumigation bioassays, the oviposition inhibition and repellent bioassays of patchouli and wormwood oils to T. cinnabarinus were determined in the laboratory with the methods of fumigation and repellency. Ethovision XT6 was used to analyze the effects of two essential oils at sublethal dosages on the behaviors of T. cinnabarinus. Based on the results, compared with wormwood oil, the fumigation bioassay of patchouli oil was stronger against T. cinnabarinus. In a simultaneous fumigation experiment, the effects of patchouli oil on the inhibition of oviposition of T. cinnabarinus were significantly higher (P < 0.01) than those of wormwood oil at the tested dosages. When T. cinnabarinus was exposed to the two essential oils at LD10, LD20, and LD30, the spontaneous movement tracks of T. cinnabarinus changed significantly, with the highest mobility frequencies at LD10. Moreover, the effects of exposure to patchouli oil on the spontaneous movement abilities of T. cinnabarinus were greater than those on movements following exposure to wormwood oil. Thus, patchouli oil is a promising candidate as a green vegetable, botanical acaricide.
科研通智能强力驱动
Strongly Powered by AbleSci AI