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Integrated Pest Management Practices for Major Insect Pests of Rice

机译:水稻主要害虫综合害虫管理实践

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As we know that rice crop is prone to stress throughout the crop growth period due to the onslaught from different pests such as insects, nematodes, diseases, weeds and rats. Among the insect pests, rice stem borer, leaf folder and gundhi bug are the major one which causes maximum damage in rice crop in Bihar. Farmers are mostly relying on chemical pesticides as a resu disrupt the natural balance between insect pests and their natural enemies, secondary pest outbreak, resistance, resurgence and environmental hazard. Adoption of integrated pest management (IPM) strategies is the best solution to tackle the pest problems. Therefore, an experiment was carried out to evaluate different IPM modules for insect pest complex of rice (var. MTU 7029) at Research Farm, Bihar Agricultural College, Sabour under Bihar Agricultural University, SAbour, Bhagalpur, Bihar during Kharif season for three consecutive years i.e. 2012-13, 2013-14 and 2014-15. A total of four modules were evaluated against rice stem borer, leaf folder and gundhi bug and the modules were M_(1) (seedling treatment with imidacloprid 70 WS @5gm/l of water, erection of pheromone traps at 30 DAT, spraying of nimbicidine @3 ml/l at ETL), M_(2 )(seedling treatment with chlorpyriphos 20 EC @12 ml per litre of water, spraying of cow dung 5% + cow urine 5% at ETL), M_(3 )?(first spraying with profenophos 50 EC @1.5 ml/l of water at 30 DAT and second spraying with imidacloprid 17.8 SL @1ml/ 3l of water at 60 DAT at ETL) and M_(4 )(untreated control). Among the different modules evaluated, the module M_(1 )was found to be the most effective in reducing the stem borer infestation. The module M_(2 )was significantly superior in reducing the rice gundhi bug population which was at par with module M_(3. )The module M_(3 )was found most effective in reducing the larval population of rice leaf folder. The population of natural enemies’ viz. , spiders and coccinelids were found higher in the module M_(1.)
机译:众所周知,由于不同害虫(如昆虫,线虫,疾病,杂草和大鼠)的袭击,水稻作物在整个作物生长期容易受到胁迫。在害虫中,稻秆蛀虫,叶夹和冈地虫是造成比哈尔邦水稻作物最大损失的主要害虫。结果,农民大多依靠化学农药。破坏害虫及其天敌之间的自然平衡,继发性害虫爆发,抗药性,复活和环境危害。采用有害生物综合治理(IPM)策略是解决有害生物问题的最佳解决方案。因此,在哈里夫季节期间,连续三年在Bihar农业大学Sabour的Bihar农业学院,SAbour,Bhagalpur,Bihar的研究农场,水稻的害虫复合物(var。MTU 7029)上进行了评估不同IPM模块的实验即2012-13、2013-14和2014-15。总共对四个模块进行了水稻against虫,叶夹和甘地虫的评估,模块为M_(1)(用吡虫啉70 WS @ 5gm / l的水进行苗处理,在30 DAT竖立信息素诱捕器,喷洒宁比西丁@ 3 ml / l(ETL)),M_(3)?(M)(2)(用毒死ri 20 EC @每升水@ 12 ml的幼苗处理,喷洒5%的牛粪+ 5%ET的尿液)。在30 DAT用50 EC的Profenophos 50 EC @ 1.5 ml / l的水喷雾,在ETL 60 DAT的吡虫啉17.8 SL @ 1ml / 3l的水第二次喷雾)和M_(4)(未处理的对照)。在评估的不同模块中,发现模块M_(1)在减少茎stem虫侵扰方面最有效。与减少模块M_(3。)相同,模块M_(2)在减少稻实蝇虫数量方面具有明显优势。模块M_(3)被发现在减少稻纵卷叶the幼虫数量方面最有效。天敌的人口。 ,在模块M_(1。)中发现蜘蛛和球虫皮的位置更高。

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