INCREASE THE CROP YIELDS
The soil provides all the necessary nutrients and water for the crops to grow and thrive; however, modern farming practices have led to a decline in soil health. This decline has reduced crop yields, increased dependence on chemical fertilizers, and caused an overall decrease in the sustainability and profitability of farming operations. That’s why GivLyfe™ has developed a revolutionary product — a natural microbial consortium of soil microbes – that can help improve soil health, increase crop yields, and reduce dependency on fertilizers’ input.
These microbes increase soil fertility and nutrient availability, leading to moresustainable farming practices and more productive crops. They also help reduce the need for synthetic fertilizers and pesticides, saving farmers money and reducing the overall environmental footprint.
Additionally, GivLyfe™ microbes improve soil structure and water retention, leading to better yields, lower irrigation needs, and improved soil health over time. By leveraging the power of microbes, farmers can increase crop yields and achieve greater productivity and sustainability in their operations.
GIVLYFE™ MICROBES AS BIODYNAMIC CHEMICAL-FREE FERTILIZERS
Biodynamic chemical-free fertilizers are organic plant fertilizers that are produced using natural materials, nutrients, and processes following the principles of biodynamic farming. Our unique mix of soil microbes improves the natural soil microbiome, which helps plants grow and stay healthy. GivLyfe™ Microbes ensure increased nutrient uptake, better water retention, and reduced dependence on chemical fertilizers.
Furthermore, GivLyfe™ Microbes improve the soil structure and reduce erosion, resulting in a more sustainable and profitable farm operation. We have meticulously chosen the microbes in our consortium to help fix nitrogen from the air and carbon, improve accesibility of organic plant nutritions by making important plant building blocks like phosphorus and potassium available to plants, improve soil’s structure, and enhance its ability to retain water. These superior microbes help plants absorb more nutrients and water, and most important depend less on chemical fertilizers and inputs.
