首页> 外文期刊>Turkish Journal of Agriculture: Food Science and Technology >Effect of Mulching Techniques and Irrigation Levels on Onion (Allium cepa L.) Growth Parameters Under Drip Irrigation System During Dry Season of Western Ethiopia
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Effect of Mulching Techniques and Irrigation Levels on Onion (Allium cepa L.) Growth Parameters Under Drip Irrigation System During Dry Season of Western Ethiopia

机译:在埃塞俄比亚干旱季节滴灌系统下磨削技术与灌溉水平对洋葱(葱属CEPA L.)生长参数的影响

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摘要

The increasing scarcity and competition for irrigation water entails adoption of innovative practices that increase efficient water use. The objective of this research was to compare different mulching techniques and investigated the combined effect of irrigation levels under drip irrigation system based on the parametric evaluation system in western part of Ethiopia during the 2018 dry season. A factorial combination of five levels of water (namely 100%, 80% and 70%, 60% and 50%ETc) combined with three mulch treatments (namely, Normal Mulch (NM), Straw Mulch (SM) and Plastic Mulch (PM)) with three replications. The analysis of variance showed that, days to 50% maturity, leaf number per plant, mean leaf length, plant height and leaf area were significantly affected by the main effects of deficit irrigation levels and mulching materials. The interaction effects of deficit irrigation levels and mulching materials significantly influenced plant height, number of leaf per plant, plant height, Leaf length and Leaf area of the onion. The present study suggests that, in water scarce area, farmers are advised to adopt deficit irrigation level with 80% ETc under plastic mulch. It is important even to undertake similar studies at different seasons with different varieties in consideration of their cost benefit analysis. However, if water is not a limiting factor, farmers are advised to apply full irrigation water application under plastic mulch.
机译:灌溉用水的稀缺和竞争日益越来越稀缺,需要采用增加有效用水的创新实践。本研究的目的是比较不同的覆盖技术,并根据2018年赛道埃塞俄比亚西部参数评价体系调查滴灌系统下灌溉水平的综合影响。五级水(即100%,80%和70%,60%和50%)的阶乘组合与三种覆盖物处理相结合(即普通覆盖(NM),秸秆覆盖(SM)和塑料覆盖物(PM) ))有三种复制。方差分析表明,日期至50%成熟度,每株植物,平均叶长,植物高度和叶面积受到缺陷灌溉水平和覆盖材料的主要影响的显着影响。缺陷灌溉水平和覆盖材料的相互作用影响显着影响植物高度,洋葱植物高度,植物高度,叶片长度和叶面积。本研究表明,在水资源稀缺区域,建议农民采用塑料覆盖下的80%等赤字灌溉水平。考虑到其成本效益分析,甚至在不同季节的不同季节进行类似的研究是重要的。但是,如果水不是限制因素,建议农民在塑料覆盖下施加全灌水应用。

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