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A Review of Growth Stage Deficit Irrigation Effecting Sticky Maize Production

机译:生育期亏缺灌溉影响粘玉米生产的研究进展

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The shortage of water resources influences the future sustainability of sticky Maize (Zea mays L.) production. Deficit irrigation (DI) - a water management strategy - has gained much attention from scientists because of enhanced water use efficiency (WUE). Nonetheless, in reality, when applying this technique, its impact on yield and economic returns should be considered. Through an analytical literature review, this study examined the effect of growth stage DI on Maize production factors, i.e. yield, WUE, and economic returns. The results revealed that Maizea??s WUE could be improved with the lowest reduction in yield as water stress was imposed during the vegetative or maturation growth stages. Therefore, the profitable returns could be reached even if the yield was reduced; however, the economic return was sensitive to commodity prices. The present review addressed that the Maize flexible capacities under growth stage water stress presented an opportunity for the optimization of irrigated water and profit preservation by accurately judging the managing time of irrigation implementation.
机译:水资源短缺影响了粘性玉米(Zea mays L.)生产的未来可持续性。缺水灌溉(DI)-一种水管理策略-由于提高了用水效率(WUE)而引起了科学家的广泛关注。但是,实际上,在应用此技术时,应考虑其对产量和经济回报的影响。通过分析性文献综述,本研究考察了生育期DI对玉米生产因子(即产量,WUE和经济回报)的影响。结果表明,在营养或成熟生长阶段施加水分胁迫后,玉米的WUE可以提高,产量降低最低。因此,即使产量降低,也可以获得利润。然而,经济回报对商品价格敏感。本次审查探讨了玉米在生长期水分胁迫下的灵活能力,通过准确判断灌溉实施的管理时间,为优化灌溉水和保持利润提供了机会。

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