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Determining operational efficiency and capacity building of vegetable growers installed drip irrigation systems

机译:确定蔬菜种植者的运营效率和能力建设安装滴灌系统

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摘要

Drip Irrigation System is the most efficient irrigation water saving initiative. Technical know-how, capacity building of beneficiaries is prerequisite for sustainable adoption, mitigating minor repair and efficient running of the system. The data pertains to the year ending Dec 2018 of vegetable growers installed Drip Irrigation System in Rawalpindi district Punjab Pakistan. The district having in total 27 sites have taken up for study. The data collected through validated questionnaires in person from 135 acres vegetable grown, 108 acres 4 acres from each 27 sites under drip irrigation and 27 acres, 1 acre with conventional irrigation system, and analyzed using Statistical Package for Social Sciences (SPSS) Descriptive analysis summarized by applying Student's tTest. The research concludes that 100% vegetable growers preferred to go for Drip Irrigation System. The ultimate objective, water productivity increased by 15.55 kg/m3 . As regards operational efficiency 38.5% facing problem in filtration unit, 31.1% in distribution unit and 5.2% in pumping unit. Repair is being carried out 59.25% by companies. It is assessed, for capacity building only one day training was organized for 77.78% and none for 22.22% pathetically. Crop production plan was provided by the companies to 85% beneficiaries, substance wise 52.17% growers considered good, 3.48% very good, only 4.55% found the best and 44% placed the backup services as poor. Majority 52% suggested to hold 3-5 days session. 8% proposed for upscaling the existing DIS with computerized one, 7% demanded for enhanced warranty period covering 5 years and 15% for provision of electricity.
机译:滴灌系统是最有效的灌溉节水计划。技术诀窍,受益者的能力建设是可持续采用的先决条件,减轻了系统的轻微修复和高效运行。该数据涉及粮食种植者截至2018年12月的年度,在拉马普德区旁遮普巴基斯坦安装了滴灌系统。该地区共有27个网站已经采取了学习。通过验证的问卷收集的数据从135英亩的蔬菜中生长,每28英亩4英亩来自滴灌灌溉和27亩,1英亩,常规灌溉系统,并使用统计包进行社会科学(SPSS)描述性分析通过应用学生的TTEST。该研究得出结论,100%蔬菜种植者宁愿用于滴灌系统。最终目标,水生产率增加了15.55千克/ m3。关于运行效率38.5%面向过滤单元的问题,分配单元31.1%,泵送装置中的5.2%。修复由公司进行59.25%。它被评估,对于能力建设,只有一天培训培训77.78%,无意义地组织22.22%。作物生产计划由公司提供的85%受益人,实质上明智的52.17%的种植者认为良好,3.48%很好,只有4.55%发现最好,44%放置备份服务较差。大多数52%建议持有3-5天的会议。 8%提出为将现有DIS提升为计算机化,7%要求加强保修期涵盖5岁及15%,以提供电力。

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