对固氮小麦可能性的一瞥

Lee James Watson, T. Rahmani
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引用次数: 0

摘要

随着世界人口以指数速度增长,增加粮食产量成为一种需求。目前用于生产大部分粮食的集约农业方法是不可持续的,当自然资源变得稀缺时,将无法满足需求。该行业面临着巨大的氮需求,为了解决新兴国家的饥饿问题,必须满足这一需求。本研究采用文献回顾的方法,探讨了固氮对小麦作物增产的潜力。研究表明,利用微生物如蓝藻作为生物肥料或植物病原体拮抗剂可以促进非豆科作物的发育和生产力。最后,可能的最终结果超过了成本。在这个技术发展的阶段,我们不可能反对固氮小麦的发展。无论是否有可能开发出完全依赖二氮作为氮源的作物,或者结果只是略微提高小麦产量,改善全球粮食生产的需求都需要像本文所描述的那样的研究。©2022 JNSMR UIN Walisongo。版权所有。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A glimpse of the Nitrogen Fixing Wheat possibility
As the world's population grows at an exponential rate, greater food production becomes a requirement. Intensive agricultural methods, which are now used to produce the bulk of food, are unsustainable and will be unable to supply demand when natural resources become scarce. The industry faces a significant nitrogen demand, which must be met in order to combat hunger in emerging countries. This study used a literature review technique to investigate the potential for improved wheat crop yield through nitrogen fixation. It has been demonstrated that utilizing microorganisms such as cyanobacteria as biofertilizers or phytopathogen antagonists can boost the development and productivity of non-leguminous agricultural crops. Finally, the possible end result outweighs the costs. It's impossible to argue against the development of nitrogen-fixing wheat at this point in the technology's development. Whether it is possible to develop crops that rely solely on dinitrogen as a nitrogen source, or if the result is only a slight boost in wheat yields, the need to improve global food production needs research like the one described in this article.©2022 JNSMR UIN Walisongo. All rights reserved.
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