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Validation of Non-chemical IPM and INM Technologies on Brinjal Through Farmers' Participatory Approach

机译:通过农民参与式方法对茄子上的非化学IPM和INM技术进行验证

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Large-scale non-chemical IPM and INM technologies (Organic) along with IPM farm trials were carried out on brinjal fSolanum melongena L.) in Raispur village, Ghaziabad, Uttar Pradesh during 2006-07 and 2007-08 in a Farmers' Participatory mode. Farmers' practices (FP) consisting entirely of pesticidal sprays were also included in trial. The non-chemical (organic) integrated nutrient and pest management technologies, which included growing of greengram/ Dhaincha and turning it in soil, application of FYM @ 20 tonnes/ha fortified with Trichoderma sp., seedling dip before transplanting in Phosphorus solubilising bacteria (PSB), VAM application around plants, erection of bird perches and pheromone traps @ 12/ acre for shoot & fruit borer, soil application ofneem cake, need based sprays of 5 % NSKE, releases of Trichogramma sp @ 1.5 lakh/ ha for shoot and fruit borer and clipping, collection and destruction of damaged shoots and fruits; though resulted in lower yields (341.2 and 290.6 q/ha) and so the lower CBR (1:1.72 & 1:1.47) in non-chemical (organic) trial than IPM- yield (424.47 & 376.0 q/ha); CBR (1:2.34 and 1:2.19) and Farmers' Practices - yield (381.2 and 334.05 q/ha); CBR ( 1:2.06 and 1:1.89) ), but yielded clean and better quality produce as reflected by pesticide residue studies. Therefore, the IPM technology used was not only directly environment friendly but also more sustainable vide increase in biodiversity (natural enemies, soil flora and fauna).
机译:大型非化学IPM和INM技术(有机)以及IPM农场试验是在2006-07年和2007-08年间在北方邦加兹阿巴德赖斯布尔村的茄子fSolanum melongena L.)上以农民参与模式进行的。试验中还包括完全由杀虫喷雾剂组成的农民实践。非化学(有机)养分和病虫害综合治理技术,包括在绿皮草/ Dhaincha中生长并将其转入土壤,在木霉菌属物种中以20吨/公顷的FYM浓度进行施用,在移栽到磷增溶细菌之前进行浸种( PSB),植物周围的V​​AM施用,在枝条和果蛀虫上以每英亩12英亩的距离安装鸟栖息处和信息素陷阱,在印度em上施土,需要使用5%的NSKE喷雾剂,在枝条上以15万泰铢/公顷释放赤眼蜂蛀虫和修剪,收集和销毁受损的芽和果实;尽管导致较低的产量(341.2和290.6 q / ha),所以在非化学(有机)试验中的CBR较低(1:1.72和1:1.47),比IPM产量(424.47和376.0 q / ha)低; CBR(1:2.34和1:2.19)和农民的做法-产量(381.2和334.05 q / ha); CBR(1:2.06和1:1.89)),但农药残留研究表明,该产品可生产出清洁优质的产品。因此,所使用的IPM技术不仅对环境友好,而且对生物多样性(天敌,土壤动植物)的可持续增长也有促进作用。

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