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Biogor-S Biofertilizer: Soil Restoration and Growth Acceleration Through a Complex of Living Bacteria
Biogor-S KM Series Microbiological Fertilizer
The Biogor-S KM series microbiological fertilizer contains a consortium of non-genetically modified microorganisms: Lactobacillus plantarum 34, Lactobacillus fermentum 27, Lactobacillus lactis subsp. lactis AMS, Saccharomyces cerevisiae (carlsbergensis), Azotobacter chroococcum A-41, and Bacillus megaterium F-3.
These microorganisms possess probiotic, cellulose-decomposing, nitrogen-fixing, and phosphate-mobilizing capabilities:
1) The lactic acid microorganisms in the formulation promote normalization of soil microbiocenosis.
2) Nitrogen-fixing microorganisms support plant development through additional utilization of atmospheric nitrogen.
3) A group of beneficial soil microorganisms enhances the absorption of phosphorus and other minerals.
The microbial complex serves to increase the active ingredients present in compost (N, P, K), optimizes soil acidity, reduces the pathogenic background, improves plant nutrition throughout the entire growing season, increases their resistance to stress and phytopathogens, and promotes the proliferation of beneficial soil microorganisms.
The product promotes:
- restoration of soil fertility;
- development of a strong root system;
- protection of plants from phytopathogen development (disease-causing pathogens that affect plant health);
- development of resistance to adverse environmental factors;
- high content of rhizosphere bacteria that promote plant growth (PGPR);
- acceleration of crop maturation;
- improved plant absorption of mineral and organic fertilizers;
- enhanced quality of agricultural products.
The product is used for cereals, vegetables, fruit and berry crops, and other agricultural and ornamental crops, shrubs, grasses, and flowers.
The Biogor-S KM series microbiological fertilizer not only effectively provides plants with all necessary nutrients but also uses natural mechanisms to enhance soil fertility.
By saturating the soil with biologically active substances, the product supplies plants with all the elements essential for their growth and vital functions — elements that simply cannot be recreated artificially.
Thanks to the activity of live bacteria and microorganisms, plants gain access not just to individual micro- and macroelements. They protect plants, improve and qualitatively transform soils, ensuring the restoration of natural fertility and biological balance.
In deeper soil layers, the fertilizer acts as a "bioactivator" by initiating the process of substance fixation or converting poorly soluble mineral compounds into soluble forms accessible to plants.