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Adoption of IPM technology in Tomato at Village level

机译:在村级番茄中采用IPM技术

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摘要

The IPM technology comprising of raising healthy nursery using Trichoderma harzianum with FYM ( @ 10 g/100 g FYM/m~2), covering nursery bed with nylon net for preventing whitefly and sowing of leaf curl resistant varieties, adopting wider spacing of 90 x 60 cm, transplanting 1 row marigold as trap crop/14 row of tomato, two sprays of azadirachtin 15% (Achook @ 4.0 ml/litre) against aphids in early stages, installation of pheromone traps @ 5/ha for monitoring fruit borer adult moths, releasing Trichogramma chilonis @ 1.0 lakh/ha 4-5 times, spraying of Ha NPV @ 250 LE/ha 2-5 times in the evening with 2% jaggery against young larvae of fruit borer, collection and destruction of damaged fruits and leaf curl affected plants and need based application ofemamection benzoate 5 WDG @ 0.25 g/litre of water for borer and mancozeb for early blight was very effective in reducing the incidence of pests and minimizing the yield losses.
机译:IPM技术包括使用哈茨木霉菌和FYM(@ 10 g / 100 g FYM / m〜2)培育健康的苗圃,并用尼龙网覆盖苗圃床以防止粉虱和抗叶片卷曲品种的播种,采用90倍的较大间距60厘米,在早期阶段移栽1行万寿菊作为诱集作物/ 14行番茄,两次对蚜虫喷洒15%印za素15%(Achook @ 4.0 ml / L),安装信息素诱集剂@ 5 / ha监测果蝇的成虫蛾,以每小时10万只/公顷的速度释放四面体毛虫4-5次,在晚上以2-5%的果渣喷洒Ha NPV @ 250 LE / ha 2-5次,以防蛀果幼虫,收集并破坏受损的果实和卷曲的叶片病虫害和需要根据需要的应用杀虫剂苯甲酸酯5 WDG @ 0.25 g / L的水用于蛀虫和Mancozeb的早疫病,在减少害虫的发生和最小化产量损失方面非常有效。

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