Organic soil reduction method

Abstract

The invention relates to an organic soil reduction method. The reduction method adopts a molecular resonance water reduction system and a microbial fermentation treatment system communicated with the molecular resonance water reduction system. Water molecules are reduced by the molecular resonance treatment; the reduction formula is H-H+-e-=H; according to the formula, polluted positive ions H+ can be reduced into unpolluted water molecules H; and the unpolluted water molecules H can be used for irrigating the soil and fulfilling the aim of transforming the soil. After one to three ten-thousandth of zymocyte liquid which is subjected to molecular resonance processing and an organic fertilizer (such as straws and the like) are mixed and fermented, the soil is fertilized. Harmful germs in the soil can be effectively inhibited. Moreover, the reduced H atoms and the symbiotic micro organisms also can be used for carrying out degradation on heavy metal in the soil.

Description

technical field [0001] The invention relates to a method for improving soil properties, in particular to a method for reducing soil by using molecular resonance. Background technique [0002] The normal growth and development of plants depends on a good soil environment. But in nature, there are often various obstacles in the soil where plants grow, which limit the growth of plants. For example, there is a high concentration of H+ in acidic soil, and there are harmful germs in the soil. These are factors that hinder plant growth. The above-mentioned soils are widely distributed and difficult to improve. Therefore, they have become the limiting factors for the development of agricultural production. [0003] The main barriers to acidic soils are low pH, high concentrations of free and exchangeable aluminum (aluminum toxicity), high concentrations of reduced manganese (manganese toxicity), deficiencies in phosphorus, potassium, calcium and magnesium, and sometimes molybdenu...

AI Technical Summary

Problems solved by technology

To achieve the purpose of neutralizing active acid, latent acid, and improving soil structure, but because the solubility of lime is not large, the movement speed in the soil is not fast, so it is necessary to use agricultural tools to mix lime and soil evenly, so as to exert its Maximum effect, however the soil has a pH buffering capacity, so after lime application, the soil pH does not rise to the desired target pH immediately, but gradually rises, sometimes it may take more than a year to reach Target

Therefore, when using lime to improve soil acidity, the quality of lime selection, the method of application, the amount of application and the correctness of the application period are determined, and the purpose of improvement cannot be achieved effectively and quickly. Therefore, how to improve the quick and funny Improving acidic soil is very important for the development of agricultural production

[0004] At the same time, pesticides are currently the main way to remove pests and diseases in agriculture. Long-term use will lead to polluted crops and direct damage to the human body. The second is to pollute the environment. The lost pesticides will pollute water resources and cause soil compaction, and long-term use of the same The pesticides planted will enhance the resistance of the bacteria, and at the same time increase the dosage in order to kill the bacteria, forming a vicious circle

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