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首页> 外文期刊>Indian Journal of Dryland Agricultural Research and Development >Impact of Frontline Demonstration Technologies on Groundnut Yield in Erode District
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Impact of Frontline Demonstration Technologies on Groundnut Yield in Erode District

机译:前线示范技术对埃德地区地生产量的影响

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摘要

Groundnut (Arachis hypogaea L.) is an important oilseed crop cultivated over 20,000 ha in Erode District of Tamil Nadu. The yield was drastically reduced in the groundnut cultivable area due to the compound problems of diseases and micro nutrient deficiencies. Attempts were made by ICAR-KVK, MYRADA to manage the diseases and micronutrient deficiencies in ground nut by conducting frontline demonstrations on integrated disease and micronutrient management during 2014-15,2015-16 and 2016-17. The technologies comprised of seed treatment with Pseudomonas flourescens @ 10 g kg"1 seed, foliar application of 10% calotropis leaf extract, need based mancozeb spray @ 1 kg ha"1 and groundnut rich @ 5 kg ha1. Adoption of integrated disease management practices reduces the disease incidence by 6.15% which was significantly superior to the conventional method of disease management practices as it was recorded as 16.74%. The results revealed that, foliar application of groundnut rich micronutrients resulted in increase in pod filling percent and 33.48 filled pods recorded in demonstrated plots whereas 25.75 pods recorded in the control plots. The farmers harvested an average yield of 25.82 q ha"1 with an yield advantage of 18.53% over the farmers' practices. Theaverage extension gap, technology gap and technology index were 4.04 q ha1, 3.88 q ha"1 and 13.06%, respectively. The integrated crop management practices gave the higher benefit cost ratio of 2.16 compared to the conventional methods. The results indicated that, the adoption of integrated disease and nutrient management techniques reduces the disease incidence and increases the productivity at farmers' field level.
机译:Groudnut(Arachis Hypogaea L.)是泰米尔纳德邦埃德地区超过20,000公顷的重要油籽作物。由于疾病和微量营养缺陷的复合问题,在地下培养区域中产量大幅减少。在2014-15,2015-16和2016-17期间通过对综合疾病和微量营养管理进行前线演示,米尔达·克尔德省icar-kvk制造了icar-kvk制造的疾病和微量营养因子缺陷。由Pseudomonas的种子处理组成的技术@ 10g kg“1种子,叶面施用10%的Calotropis叶子提取物,需要基于Mancozeb喷雾@ 1kg Ha”1和Groudnut Rich @ 5kg Ha1。采用综合疾病管理实践将疾病发病率降低了6.15%,这显着优于传统的疾病管理实践方法,因为它被记录为16.74%。结果表明,叶片含量富含微量营养素的叶面施用填充百分比和33.48件填充豆荚,而在证明的地块中记录,而在对照图中记录25.75豆荚。农民的平均收益率为25.82 q HA“1,屈服优势为农民实践18.53%。龙头延期间隙,技术差距和技术指数分别为4.04 Q,3.88 Q HA”1和13.06%。与常规方法相比,综合作物管理实践较高的福利成本比为2.16。结果表明,采用综合疾病和营养管理技术可降低疾病发病率并提高农民现场水平的生产率。

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