Inefficient uptake of zinc by crops leads to reduced photosynthetic activity. The reduction in photosynthetic activity can significantly impact crop yield as photosynthesis is a fundamental process for plant growth and productivity. Introducing Organica Biotech’s MagicGro ZSB (Zinc Solubilizing Bacteria), enhances crop growth and reduces costs by improving zinc uptake, boosting photosynthetic activity, and minimizing reliance on zinc fertilizers.
Inadequate zinc uptake hinders photosynthesis, limiting crop productivity. The microbes and enzymes present in MagicGro ZSB fosters efficient zinc absorption, enhancing photosynthetic activity for healthier and more productive crops.
Heavy reliance on zinc fertilizers increases the input costs and environmental impact. The beneficial microbes and enzymes in MagicGro ZSB reduces dependence on chemical zinc fertilizers, thus cutting costs and promoting sustainability.
Harness the power of nature with Organica Biotech’s MagicGro ZSB, which will not only optimize zinc uptake for increased photosynthesis but also mitigates the need for excessive zinc fertilizers, offering an eco-friendly and cost-effective approach to agriculture.
Yes, MagicGro ZSB is suitable for all sustainable farming practices. The use of the natural biostimulant MagicGro ZSB can help maximize your zinc uptake efficiency and alleviate deficiency symptoms if the root cause of the deficiency is biological.
The plant growth promoters in MagicGro ZSB act as it improves the zinc nutrient assimilation efficiency of your crop. The unique mix of zinc-mobilising bacteria produces the necessary enzymes and other metabolites to convert zinc into bioavailable form and transport it to the plant rhizosphere.
MagicGro ZSB enhances zinc uptake by crops. It acts as a biostimulant as it accelerates plant growth by influencing plant growth-promoting hormones. The microbial plant growth promoters present in MagicGro ZSB regulate enzyme and hormone production due to their biostimulant nature.
MagicGro ZSB is a biostimulant that can be used by drip irrigation or drenching.
