Bio-efficacy of granular insecticides against Nilaparvata lugens (Stal.) in Rice under field condition
S. B. Kharbade, A.J. Chormule, N. D. Tamboli
Abstract
S. B. Kharbade, A.J. Chormule, N. D. Tamboli
Abstract
The infestation of Nilaparvata lugens was effectively controlled by application of fipronil + imidacloprid 80 WG and found to be most effective and significantly superior over all other treatments (8.42 hill−1). Rynaxypyr 0.4 G stood second in order of effectiveness which recorded 9.13 hopper population hill−1. Treatment with fipronil 0.3 G proved next effective treatment by recording 11.33 and found at par with cartap hydrochloride recorded 11.64 hopper population hill−1. This was followed by chloropyriphos, carbofuron and phorate in which 13.23, 14.56 and 15.53 hopper population hill−1 observed as against 22.61 hoppers hill−1, respectively in untreated control. The highest grain yield of rice (43.54 q ha−1) was obtained in a treatment with fipronil + imidacloprid.
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The infestation of Nilaparvata lugens was effectively controlled by application of fipronil + imidacloprid 80 WG and found to be most effective and significantly superior over all other treatments (8.42 hill−1). Rynaxypyr 0.4 G stood second in order of effectiveness which recorded 9.13 hopper population hill−1. Treatment with fipronil 0.3 G proved next effective treatment by recording 11.33 and found at par with cartap hydrochloride recorded 11.64 hopper population hill−1. This was followed by chloropyriphos, carbofuron and phorate in which 13.23, 14.56 and 15.53 hopper population hill−1 observed as against 22.61 hoppers hill−1, respectively in untreated control. The highest grain yield of rice (43.54 q ha−1) was obtained in a treatment with fipronil + imidacloprid.
Key concepts: Fipronil, Cartap, Imidacloprid, Phorate, Toxicology, Infestation, Population, Veterinary medicine