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The Effects of Superabsorbent Polymers on Soils and Plants

机译:超吸收性聚合物对土壤和植物的影响

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Current climate change is projected to have significant effects on temperature and precipitation profiles, increasing the incidence and severity of drought. Drought is the single largest abiotic stress factor leading to reduced crop yields. Given the large share of water use in the agriculture sector and very low efficiency in this sector, selection and development of the new strategies to improve and optimise irrigation water use with significant savings is essential. The usage of Superabsorbent polymers (SAPs) is one of the strategies in this regard. This paper briefly mentions to the previous studies about the effects of SAPs on soils and plants, suitable usage rate of SAPs for improvement of soils, raising of WUE and amount of irrigation water saving in this field. The results showed that SAPs could store water and nutrients and release them in drought stress conditions in light soils. Therefore, an acceptable biologic and grain yield with less irrigation water depth could be achieved.
机译:目前的气候变化预计对温度和降水谱具有显着影响,提高了干旱的发病率和严重程度。干旱是单一最大的非生物胁迫因素,导致作物产量减少。鉴于农业部门的大量用水份额和本行业的效率非常低,选择和开发新策略改进和优化灌溉用水量,这是重要的。超吸收性聚合物(SAPS)的用途是这方面的策略之一。本文简要提到了先前关于SAP对土壤和植物影响的研究,适当使用SAP的使用率,用于改善土壤,提高电力和灌溉节水量。结果表明,SAP可以储存水和营养,并在浅色土壤中的干旱胁迫条件下释放它们。因此,可以实现可接受的生物学和谷物产量,迫使水深较少。

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