对种子进行电磁处理,最大限度地发挥其遗传潜力

G.N. Kovalivker, A. Kosov, Yu. S. Larionov
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引用次数: 0

摘要

在生物农业技术被认为是额外的因素,在没有化学刺激物的植物生长的情况下,通过电磁处理种子,将产量从12%提高到30%,减少了生产一吨粮食所需的每年施用的矿物肥料量,具有特定农业生态环境中特定领域的水资源一致性。由于未来几年农业生产用水短缺,不可避免地要向生物农业过渡。
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Electromagnetic treatment of seeds for the purpose of maximum realization of their genetic potential
In bio-agricultural technologies are considered additional factors that without chemical stimulants of plant growth by electromagnetic processing of seeds to increase yields from 12 % to 30 %, reducing the annual amount of applied mineral fertilizer required to produce one ton of grain, with the consistency of water resources for a specific field in a specific agro-ecological environment. The rationale for the inevitable transition to bioagriculture due to the lack of water for agricultural production in the coming years is given.
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