2011Kunchong zhishiRequires access

The relationship between susceptibility of Plutella xylostella to insecticides and resistance

Yin Yan

Open publisher page 2 citations

Abstract

The susceptibility of Plutella xylostella(L.) to 11 kinds of insecticide and the relationship between insecticide use and resistance was investigated in the spring of 2010.The results indicate that susceptibility and resistance were generally inversely correlated but this relationship was not significant.However,susceptibility to Abamectin,Tebufenozide and β-cypermethrin,to which the highest resistance was recorded,has decreased significantly.Controlled field experiments are required to determine if specific insecticides can continue to control P.xylostella.

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What this paper is about

The susceptibility of Plutella xylostella(L.) to 11 kinds of insecticide and the relationship between insecticide use and resistance was investigated in the spring of 2010.The results indicate that susceptibility and resistance were generally inversely correlated but this relationship was not significant.However,susceptibility to Abamectin,Tebufenozide and β-cypermethrin,to which the highest resistance was recorded,has decreased significantly.Controlled field experiments are required to determine if specific insecticides can continue to control P.xylostella.

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Available abstract

The susceptibility of Plutella xylostella(L.) to 11 kinds of insecticide and the relationship between insecticide use and resistance was investigated in the spring of 2010.The results indicate that susceptibility and resistance were generally inversely correlated but this relationship was not significant.However,susceptibility to Abamectin,Tebufenozide and β-cypermethrin,to which the highest resistance was recorded,has decreased significantly.Controlled field experiments are required to determine if specific insecticides can continue to control P.xylostella.

Key concepts: Plutella, Abamectin, Biology, Insecticide resistance, Toxicology, Cypermethrin, Diamondback moth, Larva

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