首页> 外文期刊>Journal of environmental science and health >Management of disease complex caused by root knot nematode and root wilt fungus on pigeonpea through soil organically enriched with Vesicular Arbuscular Mycorrhiza, karanj (Pongamia pinnata) oilseed cake and farmyard manure
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Management of disease complex caused by root knot nematode and root wilt fungus on pigeonpea through soil organically enriched with Vesicular Arbuscular Mycorrhiza, karanj (Pongamia pinnata) oilseed cake and farmyard manure

机译:通过对有机丛枝丛状菌根,卡拉尼(Pongamia pinnata)油籽饼和农家肥料进行有机富集的土壤,对木豆上的根结线虫和根枯真菌造成的病害综合治理

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This investigation was undertaken to compare the percentage response of colonization and development of VA-Mycorrhiza (Glomus fasciculatum) on a number of pulse crops viz. cowpea, chickpea, soybean, pigeonpea and lentil under glasshouse conditions. Among the above-mentioned crops, pigeonpea exhibited the best performance and was selected for further studies. In this host the development and colonization percentage of G. fasciculatum was investigated under two separate substrates i. e. soil amended with FYM and karanj oilseed cake keeping a control treatment of field soil. A third treatment amended with karanj oilseed cake and farm yard manure (FYM) was also kept which responded best in terms of colonization percentage. This treatment showing improved plant health as well as integration with G. fasciculatum was selected as an ideal treatment for the management of disease complex caused by root knot nematode, Meloidogyne incognita and root wilt fungus, Fusarium udum on pigeonpea. Thus the treatment constituting FYM, karanj oilseed cake and VA-Mycorrhiza reduced the disease incidence caused by both maladies to a great extent with the most promising improvement in plant growth parameters as compared to all others. The present investigation, in addition to proposing an ideal eco-friendly treatment for the management of this disease complex also proposed an excellent medium for the proliferation of the obligate bio-protectant, G. fasciculatum.
机译:进行该研究以比较VA-菌根(Glomus fasciculatum)在许多豆类作物上定殖和发育的百分比响应。温室条件下的豆,鹰嘴豆,大豆,木豆和小扁豆。在上述农作物中,木豆表现出最好的性能,并被选择作进一步研究。在该宿主中,在两个独立的底物i下研究了Fas faculicatum的发育和定殖百分比。 e。 FYM和karanj油籽饼改良土壤,保持田间土壤的对照处理。还保留了用卡拉尼油籽饼和农家粪肥(FYM)修正的第三种处理方法,该方法对定植率的响应最佳。该处理方法显示出改善的植物健康状况,并与Fasciculatum融合在一起,被选为处理木豆上根结线虫,Meloidogyne incognita和根枯真菌真菌Fusarium udum所致疾病的理想方法。因此,与其他所有植物相比,构成FYM,卡拉尼油籽饼和VA-菌根的处理在很大程度上减少了这两种疾病引起的疾病发生率,最有希望的植物生长参数改善。本研究除了为该病复合体的治疗提出理想的生态友好疗法外,还为专性生物保护菌Fasciculatum的增殖提供了极好的培养基。

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