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首页> 外文期刊>Current Journal of Applied Science and Technology >Potential of Various Organic Nutrient Management Practices for Augmenting the Growth, Yield Attributes and Yield of Finger Millet [Eleusine coracana (L.) Gaertn]
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Potential of Various Organic Nutrient Management Practices for Augmenting the Growth, Yield Attributes and Yield of Finger Millet [Eleusine coracana (L.) Gaertn]

机译：各种有机营养管理实践的潜力，用于增强手指小米的生长，产量属性和产量[Eleusine coracana（L.）Gaertn]

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A field experiment was carried out during kharif , 2016 on sandy loam soils of dry land farm of S.V. Agricultural College, Tirupati, Acharya N.G. Ranga Agricultural University. The experiment was laid out in randomized block design with three replications. There were eight treatments viz ., control (T_(1)), 100% RDF (60:30:30 kg ha~(-1) N:P_(2)O_(5):K_(2)O) (T_(2)), 100% N through farm yard manure (FYM) (T_(3)), 100% N through FYM + seedling treatment with biofertilizers ( Azospirillum + PSB) (T_(4)), Seedling treatment with beejamruta + soil application of jeevamruta @ 500 l ha~(-1) just after transplanting and at every 10 days interval upto 15 days before harvest (T_(5)), Seedling treatment with beejamruta + foliar application of panchagavya @ 3% foliar spray at every 10 days interval up to 15 days before harvest (T_(6)), T_(3 )+ T_(5 )(T_(7)) and T_(3)+ T_(6 )(T_(8)). The test variety of finger millet was ‘Vakula’. The growth and yield attributing parameters i.e. , plant height, leaf area index, number of tillers m~(-2) and dry matter production at harvest, number of productive tillers m~(-2) and ear weight, yield and economics of finger millet crop were found to be significantly influenced by various sources of nutrients. In conclusion, the investigation revealed that higher grain yield of finger millet as well as economic returns could be realized with 100% recommended dose of nutrients through fertilizers. Among the various organic sources of nutrients tried, 100% N through FYM + seedling treatment with beejamruta + soil application of jeevamruta @ 500 l ha~(-1) just after transplanting and at every 10 days interval up to 15 days before harvest (T_(7)) was proved to be the most promising integrated organic nutrient management practice for higher yield, economics of finger millet along with maintenance of soil biological activity as well as fertility for the sustenance of soil ecology in the present domain of study.
机译：在S.V的砂土农场桑迪壤土土壤中进行了田间实验。农业学院，Tirupati，Acharya N.G。朗卡农业大学。试验在随机块设计中奠定了三种复制。有八种治疗八Z。，控制（T_（1）），100％RDF（60:30:30 kg ha〜（-1）n：p_（2）o_（5）：k_（2）o）（t_ （2）），100％N通过农场粪便粪肥（FYM）（T_（3）），100％N通过FYM +幼苗治疗与生物元体（Azospirillum + PSB）（T_（4）），蜂蜜治疗与Beejamruta +土壤jeevamruta @ 500 l ha〜（-1）在移植后的应用，每10天在收获前15天（T_（5）），幼苗治疗与Beejamruta +叶片应用Panchagavya @ 3％叶面喷洒在每10时收获前长达15天的日期（T_（6）），T_（3）+ T_（5）（T_（7））和T_（3）+ T_（6）（T_（8））。测试各种手指小米是'vakula'。增长和产量归因于植物高度，植物高度，叶面积指数，耕地数M〜（-2）和干物质产量在收获时，生产性分蘖数M〜（-2）和耳重，产量和经济的手指发现小米作物受到各种营养来源的显着影响。总之，调查显示，通过100％推荐剂量的肥料，可以实现较高的手指小米以及经济回报的谷物产量。在各种有机营养素来源中试图，100％N通过FYM +幼苗治疗与BEEJAMRUTA +土壤应用Jeevamruta @ 500L HA〜（-1）只是在移植后，每10天间隔高达15天收获前（T_ （7））被证明是最有前景的综合有机营养管理实践，用于更高产量，手指小米的经济学以及维持土壤生物活性以及对本研究领域的土壤生态寄生的生育能力。

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