2015INTERNATIONAL JOURNAL OF PLANT PROTECTIONOpen access

Comparative relative toxicity of some modern insecticides against Spodoptera litura fabricius on groundnut

NAVEEN KUMAR NUKALA, M.F. Acharya

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Abstract

Investigation on comparative relative toxicity of some modern insecticides against S. litura revealed that emamectin benzoate was the most toxic and effective insecticide as its LC 50 value was 0.000954. Notably, emamectin benzoate proved very effective in laboratory, as evident from its low LC 50 values against S. litura. As emamectin benzoate is a novel semi-synthetic derivative of the natural product was found to be most toxic. On the other hand, spinosad found to be the least toxic in which the LC 50 value was worked out to the tune of 0.0158.

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Investigation on comparative relative toxicity of some modern insecticides against S. litura revealed that emamectin benzoate was the most toxic and effective insecticide as its LC 50 value was 0.000954. Notably, emamectin benzoate proved very effective in laboratory, as evident from its low LC 50 values against S. litura. As emamectin benzoate is a novel semi-synthetic derivative of the natural product was found to be most toxic. On the other hand, spinosad found to be the least toxic in which the LC 50 value was worked out to the tune of 0.0158.

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Available abstract

Investigation on comparative relative toxicity of some modern insecticides against S. litura revealed that emamectin benzoate was the most toxic and effective insecticide as its LC 50 value was 0.000954. Notably, emamectin benzoate proved very effective in laboratory, as evident from its low LC 50 values against S. litura. As emamectin benzoate is a novel semi-synthetic derivative of the natural product was found to be most toxic. On the other hand, spinosad found to be the least toxic in which the LC 50 value was worked out to the tune of 0.0158.

Key concepts: Spodoptera litura, Biology, Quinalphos, Indoxacarb, Toxicology, Endosulfan, Pesticide, Monocrotophos

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