Tierra de diatomea y Bauveria bassiana en matrices de alcohol polivinilico, un efecto combinado para el control de Pieris brassicae

IF 0.5 Q4 BIOTECHNOLOGY & APPLIED MICROBIOLOGY Biotecnia Pub Date : 2024-05-13 DOI:10.18633/biotecnia.v26.2124
Fernando Zárate-Rivas, Delfino Reyes-López, F. Vázquez-Cruz, Carmela Hernández-Domínguez
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Abstract

Cabbage larvae (Pieris brassicae, Lepidoptera: Pieridae) are an important pest in organic farming; therefore, biological pest control alternatives are being sought. The effect of Beauveria bassiana (Bb) combined with diatomaceous earth (DE) in a polyvinyl alcohol flask (Bbl), as well as the combination between them (Bb+DE, BbI+DE) on P. brassicae and Galleria mellonella larvae inoculated by aspersion and immersion was evaluated. Prior to the experiment, the viability of B. bassiana was assessed and one of three commercial brands of diatomaceous earth was selected based on the shape and damage caused to G. mellonella. Radial shapes with and without edges were more common in the diatomaceous earth types, but these did not define efficacy on cuticle damage. The result showed that the Bb+DE treatment had greater damage, followed by the Bbl+DE treatment applied by aspersion. Higher mortality in G.mellonella was 70.1 % with Bb at 120h after sprinkled, while in P. brassicae, mortality reached 42.1 % with Bbl+DE; thus, it is important to highlight the importance of the inoculation method and larvae types used when effectiveness bio-trials were performed.
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聚乙烯醇基质中的硅藻土和 Bauveria bassiana,对防治黄刺茧蜂具有综合效果
卷心菜幼虫(Pieris brassicae,鳞翅目:Pieridae)是有机农业中的一种重要害虫;因此,人们正在寻找生物害虫控制替代方法。本研究评估了在聚乙烯醇烧瓶(Bbl)中使用 Beauveria bassiana(Bb)与硅藻土(DE)的效果,以及它们之间的组合(Bb+DE、BbI+DE)对通过浸泡和浸渍接种的黄花菜幼虫(P. brassicae and Galleria mellonella larvae)的效果。实验前,对 B. bassiana 的活力进行了评估,并根据硅藻土的形状和对 G. mellonella 造成的损害,从三种商用硅藻土品牌中选择了一种。有边缘和无边缘的径向形状在硅藻土类型中更为常见,但这些形状并不能确定对角质层损伤的功效。结果表明,Bb+DE 处理的破坏程度更大,其次是 Bbl+DE 处理。在喷洒硅藻土 120 小时后,G.mellonella 的死亡率为 70.1%,而 Bbl+DE 对 P. brassicae 的死亡率为 42.1%;因此,在进行有效性生物试验时,必须强调接种方法和幼虫类型的重要性。
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来源期刊
Biotecnia
Biotecnia BIOTECHNOLOGY & APPLIED MICROBIOLOGY-
自引率
33.30%
发文量
39
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