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Technological and Extension Gaps in Maize Production under Rainfed Ecosystem

机译:在雨水生态系统下玉米生产中的技术和扩展差距

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摘要

A study was conducted in the district Rajouri by collecting data from 262 front line demonstrations conducted on maize crop by KVK Rajouri for five consecutive years (2012-13 to 2016-17). There was a wide yield gap between the potential, demonstrationand farmers yields in maize mainly due to technology and extension gaps. The results of the study revealed that the average yield of demonstration plots and farmers plot (check) were 24.17 q ha"1 and 17.52 q ha"1 respectively. On overall average bases 38.22 % higher grain yield was recorded under demonstration plots than farmers plot. The technological yield gap and extension yield gap during the study period varied to the extent of 19.70 to 48.20 q ha"1 and 1.58 to 10.30 q ha-1 respectively. The overall technology gap, extension gap, and technology index in maize crop were 35.25 q ha1,6.69 q ha"1 and 58.96% respectively. The yield gap analysis emphasizes the need to educate the farmers through various extension means for adoption of improved agricultural technologies to revert the trend of wide extension gap.
机译:在拉朱里地区,通过收集KVK Rajouri对玉米作物进行的262次前线示范的数据进行了一项研究,连续五年(2012 - 13年至2016 - 17年)对玉米作物进行了研究。潜力,示范和农民在玉米中的产量差距很大,主要是由于技术和扩展差距。该研究的结果表明,示范图和农民图的平均产量分别为24.17 Q ha“ 1和17.52 Q ha” 1。在示范图下,总体平均基础比农民情节记录了38.22%的谷物产量。研究期间的技术产量差距和扩展产量差距分别为19.70至48.20 Q ha“ 1和1.58至10.30 Q ha-1。 Q ha1,6.69 Q ha“ 1和58.96%。产量差距分析强调,有必要通过各种扩展手段来教育农民,以采用改进的农业技术,以恢复广泛的扩展差距的趋势。

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