Farmer participatory assessment of bio-intensive IPM modules against Brinjal shoot and fruit borer, Leucinodes orbonslis Guenee
U. S. Nayak, S.K. Mohanty, Rajesh Kumar
Abstract
U. S. Nayak, S.K. Mohanty, Rajesh Kumar
Abstract
The result of two seasons trials revealed that IPM module (M4) comprising of soil incorporation of neem cake @ 2 Q/ha (50% at transplanting and 50% at 3 weeks after transplanting), alternate spraying of neem oil (300 ppm) @ 5 ml/l of water and Bt @ 2 g/l of water at 10 days interval, installation of pheromone traps from 30 DAT @ 70/ha and regular collection and destruction of infested plant parts was found to be highly effective in minimizing the BSFB infestation with the minimum shoot (7.8%), flower bud (6.4%) and fruit damage (8.8% & 10.8% on number and weight basis, respectively) in comparison to the farmers’ practice of indiscriminate application of different insecticides and ITK. The module M3 also offered a superior control of L. orbonalis and was found to be statistically similar with the efficacy of M4. While, the module M4 produced highest total (228.05 q/ha) and marketable fruit yield (209.69 q/ha) and M3 resulted in maximum net return ( 90,050.3) and B:C ratio (2.61).
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The result of two seasons trials revealed that IPM module (M4) comprising of soil incorporation of neem cake @ 2 Q/ha (50% at transplanting and 50% at 3 weeks after transplanting), alternate spraying of neem oil (300 ppm) @ 5 ml/l of water and Bt @ 2 g/l of water at 10 days interval, installation of pheromone traps from 30 DAT @ 70/ha and regular collection and destruction of infested plant parts was found to be highly effective in minimizing the BSFB infestation with the minimum shoot (7.8%), flower bud (6.4%) and fruit damage (8.8% & 10.8% on number and weight basis, respectively) in comparison to the farmers’ practice of indiscriminate application of different insecticides and ITK. The module M3 also offered a superior control of L. orbonalis and was found to be statistically similar with the efficacy of M4. While, the module M4 produced highest total (228.05 q/ha) and marketable fruit yield (209.69 q/ha) and M3 resulted in maximum net return ( 90,050.3) and B:C ratio (2.61).
Key concepts: Leucinodes orbonalis, Transplanting, Shoot, Infestation, Neem oil, Horticulture, Toxicology, Forensic science