15 justifications for fulvic acid usage in agriculture

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fulvic acid

  • Natural substances known as fulvic acids and organic acids are part of humus (part of earthy organic matter). Compounds of fulvic acid differ from those of humic acid in terms of their acidity, carbon and oxygen content, degree of polymerization, molecular weight, and color. Following an acidification procedure that removes the humic acid from humans, fulvic acid remains in the solution.
    • Compared to humic acids, fulvic acids have less biological activity and a comparatively low molecular weight. 

    One of the most significant organic acids in agriculture is fulvic acid. 

     For soil and plants, it provides a lot of advantages.

     The report that comes after informs us about fulvic acid.

    1. Activating and accelerating germination by treating the seeds with this organic acid, fortifying the sprouted seedlings. The process involves soaking the seeds in a solution of 500 grams of acid dissolved in 10 liters of water for 6–12 hours before planting, depending on the kind of seed. After the 6–12-hour soak, the seeds are rinsed and planted.

    2. It promotes cutting germination. Cuttings that are soaked in a strong fulvic acid solution before planting promote rooting because fulvic acid aids in the production of natural auxins for rooting and promotes the creation of root principles.

    3. Fulvic acid is a naturally occurring chelating agent that aids in the chelation and facilitation of soil nutrients and microelements like iron, zinc, manganese, and copper that are fixed there.

    Additionally, fulvic acid enables calcium, phosphorus, and magnesium to be converted from insoluble forms into soluble ones that may be absorbed by the roots and used by them.

    4. Fulvic acid is used to reduce salt in soil; it chelates the calcium element in the soil, making it free, active, and pliable in the ground.

    Additionally, fulvic acid dissolves the ionic link between sodium chloride and the soil, releasing the sodium ion during the soil washing process. As a result, the sodium ion is released with the tap water, lessening the impact on plants.

    5. Fulvic acid works to chelate the iron element and transform it into a soft element that is easier for roots to absorb in red soils that contain iron oxides that are difficult to absorb; this is also true in calcareous soils, where it works to chelate the calcium element and transform it from a non-soft form to a soft form for roots to absorb.

    The same is true for well water with a high calcium and iron content, which causes sedimentation in irrigation lines and clogs spray points. Fulvic acid chelates and dissolves these elements.


    6. Fulvic acid enhances the physical characteristics of soil by darkening the soil's color, which makes it easier for it to absorb sunlight, and by raising soil temperature, which aids in warming the roots and stimulates and quickens their pace of growth. However, there are other branches.

    7. The application of fulvic acid avoids soil calcification and cracking, protecting the root hairs from damage.

    8. Fulvic acid enhances sandy soil by enhancing soil aeration and minimizing nutrient exposure to water loss, increasing the cationic exchange capacity.

    9. Because fulvic acid has a strong electrolyte field and positive energy, which stimulates the helpful microorganisms already present in the soil, it enhances the biological qualities of the soil. This causes microorganisms in the soil to become more active, improving the soil's biological attributes.

    10. Fulvic acid stimulates internal enzymes and energy components in plants, promoting internal cytokinin and accelerating cell division, speeding up plant growth and development.

    11. By releasing CO₂ from the soil, fulvic acid stimulates the development and fortification of roots and increases plants' representational effectiveness.

    12. The internal osmotic pressure of plants is raised by fulvic acid, enabling them to survive the most stressful and growth-inhibiting circumstances.

    13. Fruit quality is enhanced, and early fruit output is encouraged by fulvic acid.

    14. It is safe for the environment, and fulvic acid is a pure substance to use. It has no smell and is non-toxic. Its purity and lack of heavy components limit groundwater contamination and the spread of bacterial and fungal infections.

    15. For hydroponic systems or the system of growing using nutrient solutions, it is permissible to utilize fulvic acid as a substitute

    source.

    Application of fulvic acid to plants

    Aside from fulvic as a spray, Due to its low molecular weight, fulvic acid may be sprayed on

     plants; however, to benefit from all of its beneficial properties in the soil, it is best to fertilize plants directly on the ground.

    Vulvic can be applied to the plant by spraying it with 2 grams per liter of water.

    Can humic and fulvic be combined?

    Humic and fulvic are complementary to one another and work to maximize the benefits of the combined effects of their individual qualities, so there is absolutely no reason to avoid mixing them.