Improved soil structure – intensive microbial life in the soil
With Myrazonit Decomposer, we accelerate and regulate the breakdown of dead plant residues into nutrients, making the vast majority of nutrients available to plants within a year.
In this way, we stimulate the soil’s microbial life. An active microbial community has a positive impact on both soil structure and soil quality.
The decomposition of plant residues contributes significant amounts of nutrients – up to 30–50% of the next crop’s nitrogen, phosphorus, and potassium requirements can be met, allowing for substantial savings on fertilizer costs.
The organic material in decomposing stubble residues contributes to humus formation – regular decomposition significantly improves soil structure and quality, while reducing traction requirements (20–30% lower fuel consumption).
With improved soil structure, the soil's nutrient, heat, and water management also improve significantly – a major advantage under extreme weather conditions.
Decomposition significantly reduces the habitat for plant pathogens – seedling quality and early development are improved, while the need for and cost of plant protection measures are reduced.
The soil’s pH level will shift toward neutral.
Composition
Bacterial strains (Bacillus circulans, Azotobacter chroococcum, Pseudomonas putida, Bacillus megaterium) in a ratio optimized for stubble decomposition, nutrient solution.
Germ count: 4 × 10⁸ CFU/cm³, nutrient solution.
Application:
Field crops: 10–20 l/ha
Horticultural crops: 10–20 l/ha
The product can be used on all agricultural and horticultural crops in an amount of 10–20 l/ha (diluted in 150–200 l/ha of liquid), applied directly onto stubble or plant residues using tractor-mounted special equipment (e.g., Phylazonit Phyller) or a sprayer, and should be incorporated into the soil immediately.
The treatment should be carried out during fieldwork when the majority of the stubble is turned into the soil, and when conditions allow soil cultivation at a depth of 10–25 cm.
Since the bacterial strains in the product tolerate dry soil well, the application should be adapted to soil conditions rather than weather conditions!
The effectiveness of decomposition can be significantly increased if plant residues are first finely chopped into uniformly small pieces.
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