The importance of soil, as the base of agricultural production and the basic means of production, is self-evident. Soil, which provides a fixed place for crop roots, contains the moisture needed for plant growth and provides nutrients that sustain life. At the same time, the soil is home to a large number of microorganisms, microorganisms through their own metabolism, complete a series of biochemical transformation processes in the soil; soil is also a gathering place for animals such as earthworms, ants and termites. The diversity of species on the surface of the earth and the various living environments inhabited by humans show that the skin on the surface of the earth is indeed rich and colorful, and it not only provides a good ecological environment for plants and animals, but also provides a good living environment for human beings, and the health of this layer of skin determines the survival and health of human beings.
But with the rapid economic development in recent years, the soil has also suffered a series of damage. From the perspective of agricultural production, due to the long-term irrational use of chemical fertilizers and pesticides, problems such as soil acidification, soil salinization, and soil compaction emerge in an endless stream, which seriously limits the productivity of the land, and the problem of soil remediation is imminent!
Among them, soil compaction is the soil surface due to the lack of organic matter, poor structure, structural damage under the action of external factors such as irrigation or rainfall, soil dispersion, and after drying by cohesion to make the soil surface hard. In the case of soil compaction, crops will lead to a decline in root vitality due to lack of oxygen, can not develop normally, root cell respiration is weakened, and nitrogen and other nutrients are mostly in the ionic state, when absorbed to consume the energy generated by cell metabolism, respiration is weakened, so the energy supply is insufficient, affecting the absorption of nutrients. So, how to improve the soil compaction problem and crop a relaxed and free place to breathe?
Breaking the soil compaction and improving the soil porosity are obvious, which is conducive to the growth of crops in the later stage, the video is as follows:
Shanghai Saccharification Limatsu - ™ Improved soil agraft structure demonstration to break the soil compaction, improve the soil porosity effect is obvious, is conducive to the growth of later crops. _Tencent Video
Li Songmi ™ is a kind of soil conditioner containing polymer components that is different from the traditional acid-regulating and reducing soil conditioners produced by Shanghai Saccharification, the product organically combines polymer copolymers (acrylic acid-acrylamide copolymers) and cations (Mg2+), with the function of rapidly breaking the compaction and improving the structure of soil aggregates, the products are effective quickly, safe to use, and are widely used in various structural barriers to soil and various types of fruit trees, vegetables, rhizome crops, Chinese medicinal materials and tea and other cash crops.
Product mechanism of action:
In moist soil, Tachamatsumi ™ has a large active functional group on the molecular structure of the polymer copolymer contained in Tachamatsu, and through this active functional group, Tachimatsumi ™ binds fine soil particles into large soil aggregate structures and improves the stability of soil aggregate aggregates. At the same time, the cations (Mg2+) contained in Tachimatsumi ™ neutralize the anions on the surface of organic and inorganic colloids in the soil, bind the destroyed soil aggregates together, solve the problem of soil compaction, and adjust the ratio of solid, liquid and gas phases in the soil.
Recommended for specific usage:
Applicable soil: sandy soil, cohesive soil
How to use:
1. This product can be used in a variety of root applications, drip irrigation, watering and so on;
2, in order to better improve the soil, the effect of use alone is better!
3. Single dosage of 0.5-1L/mu (7.5-15L/ha), dilution 1000-2000 times, 1-3 times per crop is recommended.
So, how effective is the actual use of Tachimatsumi ™? In November this year, the Shanghai Brewing Technology Department conducted a return visit to the test and filmed a video on the spot, which is as follows:
Comparison of root system test of Shanghai Saccharification Tachibana ™ crop (Shanghai Saccharification Technology Department, test crop: spinach) on October 25, 2021)_Tencent Video
The actual effect of Tachibana let ™ us see its actual advantages: 1, quickly break the soil compaction, loosen the soil, and help root growth; 2, promote the formation of agglobule structure, reduce soil bulk density; 3, increase soil agglomerate stability, improve soil permeability.
Repairing the soil and giving crops a healthy home is to win more space for human self-development. The earth carries all things, please be thick and cherished, love, protect!