Zinc solubilizing bacteria play a crucial role in enhancing plant growth and productivity by mobilizing zinc in the soil.
These bacteria employ various mechanisms, one of which involves acidification. They secrete organic acids into the soil, which effectively sequester zinc cations, making them more available to plants.
Additionally, the organic acids released by these microbes contribute to a decrease in the pH of the nearby soil, promoting zinc solubility.
Reduces Chemical Fertilizer Usage , Promotes Plant Growth , Enhances Soil Fertility , Increases Crop Yield and Quality , Boosts Soil Health and Activates Hormones , Improves Photosynthesis.
Benefits : Reduces Chemical Fertilizer Usage: The use of this biological zinc fertilizer can decrease the reliance on chemical zinc-based fertilizers by up to 40%, promoting a more sustainable approach to agriculture.
Promotes Plant Growth: The bacteria in the fertilizer secrete plant growth promoters, which aid in better and faster plant development.
Enhances Soil Fertility: This fertilizer improves soil fertility, with effects that extend into the next crop season due to bacterial multiplication and persistence.
Increases Crop Yield and Quality: By using this fertilizer, farmers can expect an increase in both crop yield and the quality of the produce.
Boosts Soil Health and Activates Hormones: The fertilizer contributes to overall soil health and activates essential plant hormones, ensuring robust plant growth.
Improves Photosynthesis: The enhanced photosynthesis activity facilitated by this fertilizer leads to healthier and more productive plants.
This acidification process helps break down the complex forms of zinc in the soil, ensuring better absorption and utilization by plants.
Consequently, the increased availability of zinc leads to improved crop yield and quality.
The beneficial effects of zinc-solubilizing bacteria on plant growth make them valuable allies in sustainable agriculture practices, especially in zinc-deficient soils.