用印楝油提高阿维菌素防治番茄小叶虫的效果。

Daniel Tsingay Illakwahhi, B. Srivastava
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引用次数: 4

摘要

随着时间的推移,番茄切叶虫对阿维菌素等数十种化学农药的抗性不断增强,对番茄切叶虫的控制构成挑战。本研究旨在利用印楝油提高阿维菌素的田间性能。该油采用冷压法从健康的印楝籽中提取。每次试验共选用10只幼虫。1000 ppm的阿维菌素校正死亡率为79%,杀死半数实验幼虫的浓度(LC50)为363 ppm。2500 ppm粗印楝油校正死亡率为61%,LC50为1089 ppm。阿维菌素和粗印楝油(未加热)的1:1混合物,浓度为1000 ppm时,校正死亡率最高为83%,LC50为251 ppm。生物测定实验结果表明,印楝油和阿维菌素都是潜在的农药;然而,混合后的性能甚至更高。这是协同作用,使混合物的高性能。
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Improving the Efficacy of Abamectin Using Neem Oil in Controlling Tomato Leafminers, Tuta absoluta (Meyrick).
Tomato leafminers, Tuta absoluta pose a control challenge against dozens of chemical pesticides including abamectin as a result of increase in resistance with time. This study aimed at improving the field performance of abamectin using crude neem oil. The oil was obtained from the healthy neem seeds by cold pressing method. A total of 10 larvae were used in each bioassay experiment. Abamectin at 1000 ppm caused corrected mortality of 79% and its concentration that kills half of the experimental larvae (LC50) was 363 ppm. The crude neem oil at concentration of 2500 ppm caused corrected mortality of 61% with LC50 at 1089 ppm. The 1:1 mixture of abamectin and crude neem oil (without heating) at concentration of 1000 ppm gave 83% as highest corrected mortality and LC50 at 251 ppm. The findings from bioassay experiments revealed that, both neem oil and abamectin are potential pesticides; however their performance was even high after mixing. It was the synergism effect that gave the mixture high performance.
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