纳米肥料:提高作物生长、产量和氮肥利用效率的前景

D. Sagar
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引用次数: 1

摘要

自绿色革命以来,作物施肥已成为作物生产的主要组成部分之一。传统肥料的主要缺点是极易流失、养分利用效率低、造成环境污染。提高传统肥料氮肥利用效率的努力尚未显示出任何可观的成果。因此,有必要采用替代技术进行干预,其中纳米肥料具有提高氮肥利用效率的潜力。以低推荐量合成和施用巨量营养纳米肥料可促进养分释放模式,提高作物生长、产量和氮肥利用效率。同样,种子处理和叶面施用微量元素纳米肥料可以提高作物对养分的吸收,从而提高作物的产量和氮肥利用效率。它还提高了作物的品质参数。纳米材料增强肥料负载植物养分,改善养分释放模式,提高植物吸收效率,减少施肥带来的不利影响。
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Nanofertilizers: Perspective to Enhance Growth, Yield and NUE of Crops
Since green revolution crop fertilization has become one of the major components for crop production. The major drawbacks with conventional fertilizers are that they were highly prone to losses, low nutrient use efficiency and causes environmental pollution. Efforts to increase NUE of conventional fertilizers have not shown any considerable outcome. So, there is a need to intervene with alternate technology, among them nanofertilizers have the potential to increase NUE. Synthesis and application of macroutrient nanofertilizers at reduced recommendation enhances nutrient release pattern and increases the growth, yield and NUE of crops. Similarly, Seed treatment and foliar application of micronutrient nanofertilizers enhances crop nutrient uptake that leads to increased yield and NUE of crops. It also enhances quality parameters of the crops. Nanomaterial enhanced fertilizers loaded with plant nutrients enhanced nutrient release pattern and increasing plant uptake efficiency and reduce the adverse impacts of fertilization application.
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