首页> 外文期刊>Journal of Basic and Applied Sciences >Lifescience Global :: Abstract : Effect of Different Synthetic Pesticides Against Pink Bollworm Pectinophora gossypiella (Saund.) On Bt. and non-Bt. Cotton Crop
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Lifescience Global :: Abstract : Effect of Different Synthetic Pesticides Against Pink Bollworm Pectinophora gossypiella (Saund.) On Bt. and non-Bt. Cotton Crop

机译:生命科学全球::摘要:不同合成农药对粉红色棉铃虫棉(Saund。)的抗药性。和非Bt。棉花作物

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摘要

The field studies were conducted at the farmera??s field in 2015-2016 to determine the effect of three different insecticides (triazon, radiant and polytrin C) on Bt. and non-Bt. cotton varieties against pink bollworm. The results revealed that triazon was observed the most effective pesticide against PBW on both cotton varieties. The mortality reduction percent of 33.99 to 30.45% was recorded at triazon, 27.72 to 26.95% at radiant and 24.68 to 14.48% at polytrin C respectively, in 2015. However, in 2016 the mortality reduction percent decreased but effective trend of these selected pesticides were observed same with mortality reduction percent of 28.15 to 25.46% at triazon, 21.95 to 23.52% at radiant and 19.96 to 16.37% at polytrin C in Bt. and non-Bt. cotton varieties. In present investigation, triazon was observed the most effective pesticide than radiant and polytrin C on larvae of PBW in both Bt. and non-Bt. varieties.
机译:在2015-2016年的农田田间进行了田间研究,以确定三种不同的杀虫剂(三嗪,辐射和聚三烯C)对Bt的影响。和非Bt。棉花品种对抗粉红色棉铃虫。结果表明,在两个棉花品种上,三氮唑被认为是最有效的针对PBW的农药。在2015年,三氮唑的死亡率降低百分比为33.99%至30.45%,放射线的死亡率降低百分比为27.72至26.95%,而聚三烯C的死亡率降低为24.68至14.48%。但是,2016年,这些农药的死亡率降低百分比有所降低,但有效趋势是在Bt中,三氮唑的死亡率降低百分比为28.15%至25.46%,辐射的死亡率降低百分比为21.95%至23.52%,聚三聚体C的死亡率降低百分比为19.96%至16.37%。和非Bt。棉花品种。在目前的研究中,在两个Bt中,三唑酮被认为是对PBW幼虫最有效的杀虫剂,比辐射剂和多聚三烯C更有效。和非Bt。品种。

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