1. What is leonardite?
Leonardite is a humic acid of plant origin, a humic organic amendment, obtained from the decomposition of plant remains at more than 10 meters, which, when mixed with rainwater and oxygen from the atmosphere, have given rise to a enrichment in humic substances, it is a type of coal.
Nutrient catalyst
This substance has been produced by oxidation of lignite and provides humic acids (up to 80% of leonardite are humic acids) and fulvic acids, these acids facilitate the absorption of nutrients, both those present in the soil and those provided in the form of fertilizer, this makes the fertilizers more effective and long-lasting, and therefore we need less amount of chemical fertilizers and we will save a lot of money.
2. Improve the structure of the cultivation soil with the leonardite.
Leonardite improves the structure of the soil, makes it spongier, this allows the roots to penetrate the soil comfortably and for oxygen and water to circulate, facilitating microbial life.3. Increase plant growth with Leonardite.
Leonardite is also known for being an excellent plant growth stimulator because it stimulates root development and favors the growth of microorganisms that are very beneficial for plants.4. The uses of leonardite, alkaline soil corrector.
Leonardite is used to correct alkaline soils, poor soils and blocked soils, reducing the problems of having an unbalanced pH, as well as promoting beneficial microbial activity for plants. In addition, it can also be used as a reducing agent for toxic compounds in the soil, making it a valuable ingredient for many modern agricultural chemicals.5. How to apply the leonardite in the right way and quantity.
To obtain the best results when using leonardite as an organic fertilizer or plant growth stimulator, it is important to follow the recommendations on the amount to apply and how to do it correctly. Leonardite can be mixed with other organic fertilizers or with chemical fertilizers to obtain more effective results. In addition, it is always advisable to carry out previous tests to determine the exact content of nutrients in the soil before starting to use it.
In general we can say that the recommended dose varies between 100-400 kg. per year and hectare, to be able to be distributed in two applications with 6 months of difference. It is advisable to apply it after the mineral amendment or together with it.
In any case, it must be distributed evenly, with the soil moist if possible,
It can be applied as a powder directly to the soil or mixed with irrigation water.
6. How leonardite is a perfect ingredient to mix with other agricultural amendments.
Many agricultural fertilizer companies now offer specialized products that combine various organic fertilizers, such as leonardite, with modern chemical fertilizers to provide faster and more effective results. This combination helps to balance the nutritional levels of the soil without the need to use large amounts of chemical fertilizer, while providing additional nutrients for rapid plant development.
Leonardite is a natural substance highly beneficial for agriculture. Its chemical properties make it a useful tool for improving soil health by providing nutrients that help plants grow and thrive. In addition, the use of Leonardite in agriculture can also contribute to reducing pollution, which is an added advantage. Therefore, it is safe to say that Leonardite has become an essential part of sustainable and efficient agriculture.
What does the number mean in Humita 20 or Humita 40?
In the case of powdered leonardite, "Humite 20" or "Humite 40" refers to the concentration of humic acid in the product. Leonardite is a form of lignite, a low-ranking mineral coal that contains humic and fulvic acids in high concentration. These acids are used in agriculture as biostimulants and soil improvers.
So, "Humita 20" indicates that the product contains 20% humic acid, while "Humita 40" indicates that the product contains 40% humic acid. It is important to take into account the concentration of humic acid when applying these products to crops, since the appropriate doses may vary depending on the concentration and the needs of the soil and plants.