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BiostimulantSoil ConditionerProtector

Why HumiGro?

The product is used for a comprehensive and accelerated restoration of soil productivity, for its point restoration of fertility (under the root), or for the restoration of the rhizos­phere of perennial shrubs or trees. The product is great for creating a growth environment in greenhouses. The product is recommended to be used during pre-sowing preparation of the soil or growth medium, or when planting or replanting plants, or at the beginning of the growing season (for perennial bushes and trees).

L-Threonine Acid:

  • Activates seed germination
  • Regulates the mechanism of protection during stress
  • Enhances the humification process

L-Tryptophan Acid:

  • Auxin Forerunner
  • Stimulates the growth of meristemic tissue

L-Alanine:

  • Improves cold resistance
  • Stimulates chlorophyll synthesisImproves fruit quality
  • Regulates stomata opening
  • Increases resistance to dry winds and drought

Mix the product with local soil or other substrate in a ratio of 1: 7. Adjust humidity as necessary by watering the mixture or adding moisture sorbents.

Packaging: 50L bag; 1000L & 2500L bulk bags


Product Information

Safety Data Sheet

​The fundamental differences between peat and lignin-derived humic substances with those derived from sapropel:
  • The origin of peat and lignin-derived humic substances are determined primarily by cellulose and lignin. Consequently, their molecules (or fragments) contain significant quantities of components with aromatic (benzoic) nuclear structures, which are characterised by hydrophobic properties (repels water).
  • The molecules of BioAktiva sapropelic humic substances contain very little aromatic (benzoic) nuclear structures.
  • A specific type of humic substance forms in sapropel, originating from the plankton, vegetative and animal organisms. Its origin is determined by carbons and proteins.
  • Humic substances with such molecular structures possess high physiological activity and have a very good ability to form complexes with metal ions (chelating).
  • The percentage of amino acids in humic and fulvic acids derived from sapropel are 200% to 300% higher than that of the corresponding acids formed on land (peat & lignin-based).With sapropel, highly hydrolysable substances can be easily mobilised and included in the carbohydrates cycle (soil – microorganisms – plant – soil).
  • Agricultural use of soils mainly consumes the aliphatic components of the soil. This results in the proportional decrease of labile (easy mobilised, active) organic parts of humus and in a relative increase in its inertial parts, which consequently decreases soil fertility - Therefore, the replenishment of the soil active organic substances should come from sources that contain relevant components.
  • Sapropel-based humic substances can serve as such a source because of the aliphatic part which dominates in their molecular structure.