Saline soil improvement, the purpose of which is to improve the physical and chemical properties of the soil, increase the fertility and productivity of the soil to achieve efficient, environmentally friendly and sustainable agricultural production. The formation of saline soil is mainly due to the evaporation of groundwater, which leads to the accumulation of salt in the soil after the evaporation of water, forming saline soil; Saline soil is characterized by high salt content, high pH and poor water permeability, which is extremely unfavorable to the growth of crops.
Saline soil improvement is an important agricultural endeavor that involves the sustainable use of land and the production of crops. Saline soils are formed due to the accumulation of salts in the surface layer of the soil from groundwater, which is very detrimental to the growth of crops because it causes an imbalance in the pH of the soil, affects the fertility of the soil, and thus affects the growth of crops.
There are many ways to improve saline soils, and one common method is to reduce the salinity content of the soil through irrigation. This method mainly introduces low-salinity water into the soil, so that the salt in the soil is carried away with the evaporation of the water, in addition, it can also improve the saline soil by planting some salt-tolerant crops, which can reduce the salt content of the soil by absorbing the salt in the soil.
Another way to improve saline soils is through the application of organic fertilizers. Organic fertilizers can improve the structure of the soil, increase the fertility of the soil, and can also reduce the salinity content of the soil, in addition to this, it can also improve the saline soil by applying some special chemicals. These chemicals can react with the salts in the soil, reducing the salinity content of the soil.
In addition to some of the above methods, it is also possible to improve saline soils by adjusting the pH of the soil, which is usually acidic, and by adjusting the pH of the soil, the salts in the soil can be more easily removed.
Alkaline acidic soil restoration agent"Its main ingredients are active functional probiotics, RL-EPS exopolysaccharides and a variety of functional organic components, which can effectively solve the problems of soil acidification and compaction, and restore the ability of soil self-regulation. This microbial agent uses biotechnology, no harmful chemicals, is harmless to the environment, can improve plant growth vitality, improve crop yield and quality, and achieve green and sustainable agricultural production.
In general, saline soil improvement is a very important work, which plays a very important role in improving land utilization and crop yield. However, saline soil improvement is not achieved overnight, it requires long-term efforts and scientific management, and at the same time, our company also needs to continue to explore and research new improvement methods to better cope with the challenges brought by saline soil.