Descriptions
It is a non-symbiotic free-living bacterium, which helps in Nitrogen fixation. Plants need nitrogen for their growth and Azotobacter fixes atmospheric nitrogen non-symbiotically. Therefore all plants, trees, vegetables, get benefited. The ammonia may be formed by the process called nitrification. In this process, the Nitrates and Nitrites released by the decaying organic matter are converted to Ammonium ions by the bacteria present in the soil. The ammonium ion that is produced by this reaction is in the form of nitrogen that is used by living systems in the synthesis of many bio-organic compounds.
Dosage and Method of Application:
Seed / Planting Material Treatment (Per kg):
Mix 10 ml of SUN BIO AZO in cold jaggery solution and apply evenly on the seed surface. Dry treated seed in shade before sowing and use on the same day.
Seedling Treatment:
Mix 10 ml of SUN BIO AZO in 1 liter of water dip seedling roots for 5-10 minutes before transplanting.
Soil Application (Per Acre):
Mix 1 liter of SUN BIO AZO with 50-100 kg of well-decomposed manure or cake. Apply evenly on one acre of land. Ensure sufficient moisture in the soil before application.
Drenching:
Mix 5-10 ml of SUN BIO AZO in 1 liter of water and apply near the root zone by drenching.
Fertigation (Per Acre):
Mix 1-2 liter of SUN BIO AZO in water and apply in the root zone through the drip system.
Pickup Address: Nashik, MAHARASHTRA, 422206
604/1, Jaulke- Janori Road, Tal. Dindori, Dist. Nashik, Nashik, Maharashtra 422206
Address of origin: 604/1, Jaulke- Janori Road, Tal. Dindori, Dist. Nashik, Nashik, Maharashtra 422206
Descriptions
It is a non-symbiotic free-living bacterium, which helps in Nitrogen fixation. Plants need nitrogen for their growth and Azotobacter fixes atmospheric nitrogen non-symbiotically. Therefore all plants, trees, vegetables, get benefited. The ammonia may be formed by the process called nitrification. In this process, the Nitrates and Nitrites released by the decaying organic matter are converted to Ammonium ions by the bacteria present in the soil. The ammonium ion that is produced by this reaction is in the form of nitrogen that is used by living systems in the synthesis of many bio-organic compounds.