2013Journal of progressive agricultureRequires access

Efficacy of pest management modules against mango hopper (Amritodus atkinsoni) on langra mango in zone III of Bihar

S. N. Ray, Tamoghna Saha, C. Nithya

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Abstract

Studies on efficacy of pest management modules against mango hopper, Amritodus atkinsoni Leth. on mango were carried out during 2010–2011 and 2011–12. The results showed that module 4 (first spray at panicle emergence with Spinosad 0.004%, second spray of Thiamethoxam 0.008% after 21 days of 1st spray and third spray (need based) of Neem Azal 1000 ppm when fruits were at pea size) was found to be most effective in reducing (5.13 hoppers/panicle/week, 63%) mango hopper population in Zone III of Bihar. This was followed by module 3 (first spray of Thiamethoxam 0.008% at panicle emergence, second spray of Profenophos 0.05% after 21 days of 1st spray and third spray (need based) of Carbaryl 0.15% when fruits were at pea size) (5.84 hoppers/panicle/week, 58%). While maximum (113.68/100 panicle) fruit set per 100 panicle at marble stage was recorded in module 4. Considering yield and cost-benefit ratio against management of mango hopper over the period of investigation, module 4 (88.20 kg/tree, 49%) was found most economical and it was followed by module 3 (80.38 kg/tree, 45%).

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What this paper is about

Studies on efficacy of pest management modules against mango hopper, Amritodus atkinsoni Leth. on mango were carried out during 2010–2011 and 2011–12. The results showed that module 4 (first spray at panicle emergence with Spinosad 0.004%, second spray of Thiamethoxam 0.008% after 21 days of 1st spray and third spray (need based) of Neem Azal 1000 ppm when fruits were at pea size) was found to be most effective in reducing (5.13 hoppers/panicle/week, 63%) mango hopper population in Zone III of Bihar. This was followed by module 3 (first spray of Thiamethoxam 0.008% at panicle emergence, second spray of Profenophos 0.05% after 21 days of 1st spray and third spray (need based) of Carbaryl 0.15% when fruits were at pea size) (5.84 hoppers/panicle/week, 58%). While maximum (113.68/100 panicle) fruit set per 100 panicle at marble stage was recorded in module 4. Considering yield and cost-benefit ratio against management of mango hopper over the period of investigation, module 4 (88.20 kg/tree, 49%) was found most economical and it was followed by module 3 (80.38 kg/tree, 45%).

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Available abstract

Studies on efficacy of pest management modules against mango hopper, Amritodus atkinsoni Leth. on mango were carried out during 2010–2011 and 2011–12. The results showed that module 4 (first spray at panicle emergence with Spinosad 0.004%, second spray of Thiamethoxam 0.008% after 21 days of 1st spray and third spray (need based) of Neem Azal 1000 ppm when fruits were at pea size) was found to be most effective in reducing (5.13 hoppers/panicle/week, 63%) mango hopper population in Zone III of Bihar. This was followed by module 3 (first spray of Thiamethoxam 0.008% at panicle emergence, second spray of Profenophos 0.05% after 21 days of 1st spray and third spray (need based) of Carbaryl 0.15% when fruits were at pea size) (5.84 hoppers/panicle/week, 58%). While maximum (113.68/100 panicle) fruit set per 100 panicle at marble stage was recorded in module 4. Considering yield and cost-benefit ratio against management of mango hopper over the period of investigation, module 4 (88.20 kg/tree, 49%) was found most economical and it was followed by module 3 (80.38 kg/tree, 45%).

Key concepts: Panicle, Horticulture, PEST analysis, Integrated pest management, Toxicology, Population, Thiamethoxam, Non-invasive ventilation

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Efficacy of pest management modules against mango hopper (Amritodus atkinsoni) on langra mango in zone III of Bihar — Research Paper | ScholarLens