Rebuilding Soils Biodiversity

About

In a world where agriculture serves as the lifeblood of nations, farmers are facing an ever-growing challenge. The introduction of Fossil Fuel Fertilizers brought about a surge in crop productions, but its unintended consequences now haunt farmers worldwide. The depletion of carbon matter, the rise in soil acidity, the decline in microbial activity and the scarcity of earthworms are all threatening the sustainability of agriculture itself. Sadly, the problem perpetuates as excessive chemical applications only worsen the situation. These applications poison the natural microbial matter and earthworms, leading to the decimation of the once vibrant biodiversity within the soil. As a result, farmers find themselves trapped in a vicious cycle, resorting to even greater amounts of fertilizers to nourish their crops, which escalates costs and leaves an indelible carbon footprint on their land. Yet, amidst this bleak scenario, there is a glimmer of hope. By embracing regenerative practices, such as cultivating compost humus soil to capture carbon, balancing soil pH and fostering the growth of beneficial microorganisms. Soil health can be restored and plant growth can be enhanced. These practices also bring about tangible benefits in terms of profitability. By reducing input costs and optimizing holistic nutrient management, crop yields can be increased, leading to better profits for farmers. This scientific and holistic approach enriches the soil with essential nutrients and organic matter, making these nutrients readily available while also supporting long-term soil health and minimizing detrimental impacts to the environment. By nourishing the diverse soil ecosystem, nutrient cycling can be promoted, disease suppression can be achieved, and sustainable productivity can be ensured. Farmers across the globe are now embracing regenerative agriculture practices, actively healing the land and safeguarding the planet by reducing their farms' carbon footprint. This balanced approach allows the carbon cycle to restart and can be quantified. It is remarkable to note that a mere 1% increase in plant-available carbon in the soil, equates to the removal of a staggering 17 tons of carbon from the atmosphere, per hectare, per year. Sustainable Tech and partners, a visionary consortium of companies revolutionizing the field of agriculture. Our team offers precise nutrient management systems, advanced monitoring technologies, and expert support to measure the exact needs and requirements of the soil. Successfully implementing regenerative practices. Sustainable Tech not only champions scientific advancement but also promotes a circular economy approach, assisting farmers in turning by-products into valuable resources and drastically reducing waste. Together with Sustainable Tech and our esteemed partners, farmers are building a future where agriculture thrives in perfect harmony with nature. This future ensures food security, environmental sustainability, and economic prosperity for generations to come. We have already witnessed proven results, experiencing increased crop yields across a vast array of farms, which translates into reduced costs and amplified profits for farmers. Join us now in the regenerative agriculture revolution, led by Sustainable Tech and industry partners. Together, we will shape a future where agricultural practices restore the land, nurture our planet, and secure a flourishing legacy for all. Summary of Our Technology 1. Assess the soils 2. Create a real time base line of what is required through our laboratory 3. Find a source of biomass and food waste that we can convert into a Humus soil. 4. Produce the microbes through our system of using food waste 5. Chip all the biomass / agricultural waste and stack it in a pile 6. Went all the biomass down with our natural microbes we produced 7. Cover the pile for a period of 6 weeks and then open and spray the biomass again with the microbes and recover 8. After 6 months uncover the biomass which is now a Humus soil which is rich in carbon and microbes 9. Spread the humus soils of the farm land 10. Add the quantity of our patented natural fertilizers to the newly planted crop Our technology will stimulate the natural biodiversity in the soils and for one to understand this we are taking the soils back to when is was rich and abundant for crop growth. The microbes are required to carry the nitrates to the plant roots and the earth worms create a huge amount of natural nitrates and if you get to 20 earth worms per spade as you dig the farmer will not need to buy this fertilizer again. In the farms first year of using our proven strategy and technology the farm will reduce costs of +-60% while increasing their crop yields dramatically. After three years the soils can be totally rebuilt with reduction of farming costs of up to 80% and some crop yields have grown by more than 100%