2006Journal of Entomological ResearchRequires access

Seasonal fluctuation of flea beetle (Phyllotreta sp.) on brinjal and field evaluation of some pesticides against flea beetle under terai region of West Bengal

Sunil Kr. Ghosh, Nripendra Laskar, S.K. Senapti

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Abstract

Highest population of flea beetle was recorded (7.16 flea beetles/plant) in 20th standard week. Population of flea beetle showed significant positive correlation with average temperature and non significant negative correlation with average relative humidity and weekly rainfall. Field evaluation of pesticides revealed that DDVP was found relatively more effective against flea beetle on brinjal (33.43% control), followed by avermectin (30.34% control) and neem (30–28% control).

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Highest population of flea beetle was recorded (7.16 flea beetles/plant) in 20th standard week. Population of flea beetle showed significant positive correlation with average temperature and non significant negative correlation with average relative humidity and weekly rainfall. Field evaluation of pesticides revealed that DDVP was found relatively more effective against flea beetle on brinjal (33.43% control), followed by avermectin (30.34% control) and neem (30–28% control).

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Available abstract

Highest population of flea beetle was recorded (7.16 flea beetles/plant) in 20th standard week. Population of flea beetle showed significant positive correlation with average temperature and non significant negative correlation with average relative humidity and weekly rainfall. Field evaluation of pesticides revealed that DDVP was found relatively more effective against flea beetle on brinjal (33.43% control), followed by avermectin (30.34% control) and neem (30–28% control).

Key concepts: Flea beetle, Flea, Veterinary medicine, Biology, Avermectin, Pesticide, Toxicology, Population

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Seasonal fluctuation of flea beetle (Phyllotreta sp.) on brinjal and field evaluation of some pesticides against flea beetle under terai region of West Bengal — Research Paper | ScholarLens