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SOIL, LEAF, AND SPECTRAL INDICATORS OF IMPENDING WATER STRESS

机译:土壤,叶子和即将施加水分的光谱指标

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Drought conditions and water demands from nonagricultural sources can limit the water available to grow a cotton crop duringa given year. In water-limited situations, crop yield is affected by the severity and timing of drought events. The effectsof water stress on cotton (DP 555 BG/RR) were studied at various stages of plant growth using soil moisture, plantevapotranspiration, and remote sensing measurements of plant health. In another experiment, the effects of irrigation rateduring the growing season were measured with irrigation rates of 160%, 100%, and 50% of normal, as well as an unirrigatedtreatment. Results from these experiments suggest that plants can recover from short periods of water stress; however, fruitdevelopment and retention can be affected by these events.
机译:来自非经济资源的干旱条件和水需求可以限制可用于在给定年内种植棉花作物的水。在有限的情况下,作物产量受到干旱事件的严重程度和时间的影响。利用土壤水分,植物植物蒸腾和植物健康遥感测量,在植物生长的各个阶段研究了水胁迫对棉花(DP 555 BG / RR)的影响。在另一个实验中,灌溉评估季节的影响生长季节的灌溉率为160%,100%和50%的正常情况以及未血征。这些实验的结果表明植物可以从短时间的水分恢复;但是,水果开发和保留可能受到这些事件的影响。

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