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Comparison of yield components and quality factors of sweet corn under different irrigation scheduling strategies

机译:不同灌溉调度策略下甜玉米产量组分和质量因素的比较

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Rising energy costs, declining groundwater supplies, increasing competition for water resources between agricultural, industrial and domestic users and irrigation-induced water quality problems are providing considerable impetus to improving efficiency in irrigated agriculture. Much of the groundwater used for irrigation is found in closed underground basins. Water percolation is the only source of water available for recharge. In some basins, the pumping rate is much greater than the recharge from percolation and water mining' occurs. The aim of this study was to compare the yield components and quality factors of sweet corn grown under different irrigation scheduling strategies. The treatment with 426 mm of seasonal irrigation offered the largest commercial yields, with an appropriate quality production, good irrigation efficiency, the highest gross margin and the best break-even point irrigation strategy. Treatments with higher application produced lower irrigation efficiencies.
机译:能源成本上升,地下水供应下降,农业,工业和国内用户之间的水资源竞争增加以及灌溉诱导的水质问题,为提高灌溉农业效率提供了相当大的推动力。 在封闭的地下盆地中发现了用于灌溉的大部分地下水。 水渗透是唯一可用于充电的水源。 在一些盆地中,泵送速率远大于从渗滤和水挖掘的补给。 本研究的目的是比较在不同灌溉调度策略下种植的甜玉米的产量组分和质量因素。 426毫米季节性灌溉的治疗提供了最大的商业产量,具有适当的质量生产,灌溉效率良好,毛利率最高,最佳休息点灌溉策略。 施用更高施用的治疗产生较低的灌溉效率。

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