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Insecticidal Activity of Plant Powders against the Parasitoid Pteromalus venustus and Its Host the Alfalfa Leafcutting Bee

机译:植物粉末对拟寄生物Pteromalus venustus及其寄主苜蓿切叶蜂的杀虫活性

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摘要

Developing a bee-friendly alternative to traditional insecticides used within commercial environments can contribute to reductions in pesticide exposure experienced by managed bees. We performed acute contact toxicity studies using fifteen plant powders from seven plant families against a parasitoid pest, , and its host, the Alfalfa leafcutting bee (ALB). Ajwain, cinnamon, clove, cumin, fennel, ginger, nutmeg, oregano and turmeric applied at low contact concentrations had sufficient fumigant properties to cause equivalent or higher parasitoid mortality as that obtained with the traditional insecticide. Nutmeg adversely affected adult ALBs at both low and high contact concentrations, thus eliminating it as a candidate. Increasing the contact concentrations did not consistently increase parasitoid control but did increase adverse effects on the ALBs. In addition, the efficacious plant powders significantly reduced the sexual function and fertility of the female parasitoids, a feature not associated with the traditional insecticide. The dual nature of the mechanisms underlying the effects of the plant powders may translate into effective control of the parasitoid populations in the commercial environment. The results reported here support further evaluations of Ajwain, cinnamon, clove, cumin, fennel, ginger, oregano and turmeric as potential botanical insecticides for control of .
机译:开发一种在商业环境中使用的蜜蜂友好型替代传统杀虫剂的替代品,可有助于减少受管理蜜蜂的农药接触量。我们使用来自七个植物科的15种植物粉对寄生虫及其寄主Alfalfa切叶蜂(ALB)进行了急性接触毒性研究。以较低的接触浓度施用的Ajwain,肉桂,丁香,小茴香,茴香,生姜,肉豆蔻,牛至和姜黄具有足够的熏蒸性能,可引起与传统杀虫剂相同或更高的寄生虫死亡率。在低和高接触浓度下,肉豆蔻都会对成年ALB产生不利影响,因此将其淘汰。增加接触浓度并不能始终如一地增加对寄生虫的控制,但确实增加了对ALB的不利影响。另外,有效的植物粉末显着降低了雌性寄生虫的性功能和繁殖力,这是传统杀虫剂所不具有的特征。植物粉的作用机理的双重性质可以转化为在商业环境中有效控制寄生虫种群。此处报告的结果支持进一步评价Ajwain,肉桂,丁香,小茴香,茴香,姜,牛至和姜黄作为潜在的植物性杀虫剂,以控制。

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