Micosat GEA
GEA is a selected microbial consortium containing a high concentration of nitrogen-fixing bacteria, including Azospirillum brasilense and Azotobacter vinelandii, engineered to optimize nitrogen availability and enhance the biological fertility of the soil.
It supports plant nutrition, increases nutrient use efficiency, and stimulates vegetative growth at both the root and foliar levels.
Furthermore, it contributes to the biosynthesis of phytohormones, strengthens overall plant structure, and improves resilience against environmental stresses and pathogens.
- Vegetables: At each application.
- Fruit Trees & Floriculture: The inoculation can be repeated multiple times.
Indicazioni d'uso
Trattamento Radicale
Suspend the product in water and apply it to the soil via fertigation or other available delivery systems, starting and ending the irrigation cycle with water only. Use an adequate water volume to ensure uniform coverage; in the absence of an irrigation system, apply prior to rainfall or with abundant irrigation. Liquid distribution on tilled soil enhances diffusion and efficacy within the rhizosphere.
Trattamento Fogliare
Dilute 300 g/100 L of water and apply during the coolest hours of the day, avoiding full solar radiation.
Suggerimenti per l'applicazione
If the objective is to promote an early stress response (priming effect), increase resilience, or enhance biodiversity, perform the inoculation as early as possible. Efficacy may vary based on dosage and the frequency of inoculation. If the objective is to improve plant fitness, promote growth, increase size uniformity, and ensure homogeneous fruit ripening, apply MICOSAT F® GEA cyclically. Treating the plant with other MICOSAT F® formulations during cultivation amplifies the efficacy of MICOSAT F® GEA and increases the synergistic effect. Under the advice of your agronomist, it is possible to exploit combinations with MICOSAT F® LEN or another MICOSAT F® formulation.
Applying organic matter before, during, or after the inoculation of MICOSAT F® microorganisms will support the stabilization process, accelerating the establishment and multiplication of the beneficial microbial community.