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Promoting Planet Regeneration Through OnFarm Biological Management


August 2, 2023, marked a critical point: Earth Overshoot Day. On this date, humanity reached a concerning milestone—we consumed all the natural resources that the planet can regenerate in a year. This so-called "Overshoot Day" is a loud alarm echoing in our consciousness, reminding us of the urgency to adopt more sustainable practices. Agriculture, one of the most impactful sectors, is at the forefront of regenerative solutions, especially through OnFarm Biological Management, an approach in which SoluBio stands out as a leader.


An Urgent Warning: Consuming Natural Resources Beyond Regeneration Capacity


Earth Overshoot Day on August 2, 2023, was a haunting reminder that we are depleting Earth's natural resources at an unsustainable pace. According to data from the Global Footprint Network, in just seven months, we've depleted water, raw materials, soils, and other shared resources that the Earth can regenerate over a year. This alarming calculation indicates that by the end of the year, we would have consumed the resources of 1.7 planets, while we only have one. This disparity highlights our excessive dependence on finite natural resources.


Greenhouse Gas Emissions Worsen the Climate Crisis


Another concerning reality emphasized on Earth Overshoot Day is that our greenhouse gas emissions continue to grow, surpassing the absorption capacity of forests and oceans. This imbalance exacerbates the climate crisis and global warming, making the need for change even more urgent.


The Vital Role of OnFarm Biological Management in Regenerative Agriculture


In the field of agriculture, OnFarm Biological Management stands out amid these challenges. SoluBio, a leading biotechnology company, plays a central role in this movement. Their commitment to sustainable bioinput solutions aligns with the urgent need to preserve and regenerate natural resources.


Promoting Regeneration Through the SoluBio Experience:


Bioinputs play a crucial role in alleviating pressure on vital sources such as water, soil, and raw materials, owing to their specific properties and effects within the agricultural system.


1. Efficient Nutrient Use:


Bioinputs like biofertilizers and biostimulants can enhance plant nutrient absorption efficiency. This is due to beneficial microorganisms interacting with plant roots, facilitating the availability and uptake of essential nutrients like nitrogen, phosphorus, and potassium. This improved nutrient uptake can reduce the need for synthetic fertilizers, which consume raw materials and often result in nutrient runoff into water systems.


2. Soil Structure Improvement:


Bioinputs that promote soil health, such as biofertilizers and biostimulants, contribute to enhancing soil structure. Beneficial microorganisms like nitrogen-fixing bacteria promote aggregate formation in the soil, increasing porosity and water retention capacity. This leads to reduced need for frequent irrigation as the soil retains moisture better, thereby alleviating pressure on water resources.


3. Biological Pest and Disease Control:


Bioinputs like biopesticides and biological control agents offer a targeted approach to pest and disease management. These products are based on beneficial microorganisms that compete with pathogens or prey on pests, reducing the need for chemical pesticides. Reducing chemical pesticide use contributes to preserving soil health and biodiversity, while minimizing soil and water contamination from harmful chemicals.


4. Nutrient and Organic Matter Cycling:


Bioinputs promoting organic matter decomposition, such as compounds enriched with decomposing microorganisms, aid in nutrient cycling in the soil. This efficient cycling helps release nutrients gradually, making them more available to plants. This can reduce the need for large amounts of fertilizers, often derived from non-renewable resources.


The Impact of Bioinputs on Sustainability


Through these mechanisms, bioinputs help alleviate pressure on vital sources such as water, soil, and raw materials. They offer a holistic approach to agricultural management, considering ecosystem health as a whole. By improving nutrient efficiency, soil structure, pest and disease control, and nutrient cycling, bioinputs contribute to creating more sustainable and resilient agricultural systems. This reduces dependence on finite resources and minimizes environmental impacts associated with conventional practices.


Embracing the Regenerative Future


Earth Overshoot Day reminds us of the fragility of our natural resources and the need to act swiftly and decisively. By adopting sustainable practices in agriculture, such as OnFarm Biological Management, it is possible to make a difference. No matter how great the challenges, there is an opportunity to create a legacy of respect and care for our one and only planet, with innovative solutions within the reach of producers in Brazil and around the world.

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