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大猿叶虫,Anthonomus grandis boh.(鞘翅目:象甲科),在实验室中对信息素和挥发性寄主化合物的取向。

Orientation of boll weevil,Anthonomus grandis boh. (Coleoptera: Curculionidae), to pheromone and volatile host compound in the laboratory.

机构信息

Boll Weevil Research Laboratory, USDA-ARS, 39762-5367, Mississippi, Mississippi State.

出版信息

J Chem Ecol. 1986 Jan;12(1):91-8. doi: 10.1007/BF01045593.

Abstract

Behavioral responses of male and female boll weevils to the aggregation pheromone, grandlure, and the major volatile of cotton, β-bisabolol, were investigated using a new dual-choice olfactometer. Dosage-response experiments revealed both males and females to be attracted by the aggregation pheromone at the 1.0 μg dosage. However, only males were attracted to β-bisabolol (1.0 μg). Both sexes were repelled by the highest dosage ofβ-bisabolol tested (10 μg). In preference experiment, males chose grandlure over β-bisabolol, while both sexes chose the combination of grandlure + β-bisabolol over β-bisabolol alone. There was some evidence for synergism between pheromone and plant odor for the females. The results correlate well with previous electrophysiological and behavioral experiments.

摘要

使用新型双重选择嗅觉仪研究了雄、雌棉铃象鼻虫对聚集信息素、引诱剂和棉花主要挥发性物质 β- 大根香叶醇的行为反应。剂量反应实验表明,雄、雌虫均被 1.0 μg 剂量的聚集信息素吸引。然而,只有雄虫被 1.0 μg 的 β- 大根香叶醇吸引。两种性别的昆虫都被测试的最高剂量的 β- 大根香叶醇(10 μg)排斥。在偏好实验中,雄虫选择引诱剂而不是 β- 大根香叶醇,而雌雄两性都选择引诱剂 + β- 大根香叶醇的组合而不是单独的 β- 大根香叶醇。对于雌虫,信息素和植物气味之间存在协同作用的一些证据。结果与以前的电生理和行为实验很好地相关。

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