首页> 外文期刊>International Journal of Agriculture, Environment and Biotechnology >Yield and Yield Attributes of Groundnut (Arachis Hypogaea L.) as Influenced by Organic Practices in Semi Arid Region
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Yield and Yield Attributes of Groundnut (Arachis Hypogaea L.) as Influenced by Organic Practices in Semi Arid Region

机译:半干旱地区有机耕作对花生(花生)的产量和产量属性的影响

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Field experiments were conducted during three consecutive kharif seasons of research farm of Rajasthan Agricultural Research Institute, Durgapura, Jaipur to study the effect of organic practices on the yield and yield attributes of groundnut in semi arid region with the treatments comprised of Tl-Farmer's practices, T2- 7.5 t FYM +PSB+ PSM+ Bio-Pesticides, T3- T2 + Seed treatment with PSB+ PSM+ Bio-pesticides, T4 - T3 + Foliar spray of pseudo-monas, T5 - T3 + Foliar spray of NSKE @ 5 %, T6 -T3 + Foliar spray of Panchagavya and T7-Absolute control, T8-100% RDF (15kg N+ 60 kg_20_5/ha). The results revealed that in treatment T5, application of farmyard manure (FYM) (7.5 t/ha) inoculated with microbes (bio fertilizers+bio-pesticides) 15 days before sowing (heapit) and seed treatment with bio fertilizers+bio-pesticides at the time of sowing gave significantly higher pod yield (2750 kg/ha) over absolute control (2151 kg/ha) and FYM without inoculated with microbes but at par with other treatments. The same trend was also observed in B:C Ratio (3.66) with treatment T5 (T3 + Foliar spray of NSKE @ 5 %). The study indicated that the groundnut showed greater response to the application of organic practices (i.e., organic fanning) under semi arid region.
机译:在斋浦尔杜尔加普拉市拉贾斯坦邦农业研究所的研究农场连续三个卡里夫季节进行了田间试验,以研究有机耕作方法对半干旱地区花生产量和产量属性的影响,其中包括Tl-Farmer做法, T2- 7.5吨FYM + PSB + PSM +生物农药,T3- T2 +用PSB + PSM +生物农药处理种子,T4-T3 +假单胞菌的叶面喷雾,T5-T3 + NSKE的叶面喷雾@ 5%,T6- T3 + Panchagavya的叶面喷雾和T7-绝对对照,T8-100%RDF(15kg N + 60 kg_20_5 / ha)。结果表明,在处理T5中,在播种(heapit)前15天施以微生物(生物肥料+生物农药)接种的农田肥料(FYM)(7.5 t / ha),并在施肥前用生物肥料+生物农药进行种子处理。播种时间比未接种微生物但与其他处理方法相当的绝对对照(2151 kg / ha)和FYM明显提高了豆荚产量(2750 kg / ha)。 T5处理(T3 + NSKE叶面喷洒@ 5%)的B:C比率(3.66)也观察到了相同的趋势。研究表明,花生在半干旱地区对有机耕作方法(即有机膨化)表现出更大的反应。

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