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OnFarm Biological Management Provides More Agricultural Security in the Face of Climate Challenges

Climate change represents one of the biggest threats that agriculture currently faces. Extreme weather events, such as El Niño, can pose significant risks to agricultural systems, leading to productivity losses and challenges for farmers. However, OnFarm biological management emerges as a promising solution to tackle these challenges and strengthen climate resilience.


El Niño Climate Risks:


With the potential to cause a range of negative impacts on global climate and agriculture, the climatic phenomenon known as El Niño occurs when sea surface temperatures in the equatorial Pacific Ocean become abnormally warm.


Among the risks associated with El Niño are reduced rainfall in some regions, increased temperatures, prolonged droughts, and even an increase in the frequency and intensity of storms and floods in other areas.


Contribution of Microorganisms to Water Scarcity:


Water scarcity is one of the main challenges faced by agriculture in times of climate change. Therefore, OnFarm biological management offers several benefits that contribute to climate resilience and agricultural sustainability. Some species of microorganisms, such as bacteria and fungi, have the ability to improve water retention in the soil, increase nutrient availability for plants, and promote greater root growth.


Furthermore, they can help decompose organic residues, releasing nutrients that would otherwise be inaccessible to plants. This microbial activity contributes to increased water availability and improves plant adaptation to water stress conditions.


OnFarm: An Effective Ally in Climate Change Adaptation and Mitigation Strategies


By adopting this sustainable and regenerative approach, farmers are building more resilient, adaptable agricultural systems capable of effectively addressing the challenges posed by climate change.


1. Biodiversity Conservation


OnFarm biological management promotes biodiversity conservation by creating favorable environments for beneficial microorganisms, pollinating insects, natural enemies, and other forms of life that help balance agricultural ecosystems. This biological diversity enhances the resilience of agricultural systems, reducing vulnerability to pests, diseases, and climate fluctuations.


2. Soil Health Improvement


Microorganisms present in bioinputs play a fundamental role in soil health. They enhance soil structure and water retention capacity, increase nutrient availability for plants, and aid in the decomposition of organic residues. This results in healthier, more productive, and more resilient soils, capable of better coping with extreme weather events, such as droughts and heavy rains.


3. Water Savings


Water scarcity is a major concern of climate change. OnFarm biological management can assist in water savings by increasing the efficiency of water use. Beneficial microorganisms promote the development of healthy and deep roots, which have more space in a lively and uncompacted soil, allowing plants to access water stored in deeper soil layers.


Furthermore, soil structure improvement promoted by biological management increases water availability for plants, reducing the need for water and promoting greater water resilience.


4. Reduction in Chemical Product Use


OnFarm biological management reduces the dependence on chemical fertilizers and pesticides, minimizing negative impacts on the environment. By promoting biodiversity and microbial activity in the soil, farmers can leverage natural pest and disease control processes, reducing the need for aggressive chemical products. This results in lower environmental contamination, preservation of ecosystem health, and the quality of water resources.


5. Carbon Sequestration


OnFarm biological management can contribute to the reduction of greenhouse gas emissions and carbon sequestration. Promoting soil health and increasing biodiversity results in greater organic carbon storage in the soil. Additionally, reduced use of chemical fertilizers reduces emissions of nitrous oxide, a potent greenhouse gas.


6. Economic Resilience


By adopting OnFarm biological management, farmers can reduce input costs, increase resource efficiency, and improve long-term productivity. This provides greater economic resilience, making them less vulnerable to the impacts of climate change and ensuring the autonomy and profitability of agricultural operations.


ESG Practices


Incorporating OnFarm biological management on the farm not only strengthens climate resilience and ensures long-term sustainability but also significantly reduces the risks of productivity and economic losses, as demonstrated by studies from the United States Department of Agriculture (USDA) and renowned universities. A reduction of up to 90% in the dependence on chemical inputs and an increase of up to 20% in agricultural productivity make this approach a smart choice for the future of agricultural operations.


As part of a comprehensive strategy to address climate challenges, ESG, combined with the production of OnFarm biologicals, is an approach that considers not only economic aspects but also the environmental and social impacts of agricultural practices. By adopting these practices, farmers demonstrate their commitment to environmental preservation, reduced use of chemical products, and the promotion of biodiversity.


Furthermore, OnFarm biological management can contribute to improving social conditions in agricultural communities by promoting local employment, developing knowledge and skills related to sustainable agriculture, and strengthening community relationships.


By integrating ESG considerations into their agricultural practices, producers not only protect the environment and communities but also position themselves more competitively in the market as the demand for sustainable and responsible products increases.


How SoluBio Does It


Seeking to develop a partnership between industry and agriculture that plays a leading role in the climate and environmental services agenda, SoluBio has evolved its ESG management, connecting people in an innovative ecosystem with the purpose of generating a positive impact on society and the planet in the development of sustainable and regenerative agriculture.


Addressing various aspects, the company plays a significant role in reducing greenhouse gas emissions (GHG) from industry and agriculture, as well as reducing waste from operations.


Regarding GHG emissions, SoluBio works closely with companies and agricultural producers, providing solutions that promote sustainable and low-carbon practices. Through OnFarm biological management, for example, they help reduce the need for chemical inputs, thus decreasing emissions associated with their production and application. Additionally, SoluBio encourages the use of renewable energy and the implementation of low-carbon emission technologies in agricultural and industrial operations.


Reducing waste from operations is another area of focus for SoluBio, which seeks to implement practices and technologies that minimize waste and promote circular economy. This includes the implementation of efficient waste management systems, the search for reverse logistics and recycling solutions, and the promotion of product circularity, avoiding the accumulation of waste and maximizing resource utilization.


The optimization and reuse of water use in OnFarm and industrial operations are another important focus of SoluBio's activities. With increasing water scarcity due to climate change, the company develops solutions aimed at minimizing water consumption and promoting its reuse. Through biological management practices, improvements in irrigation, and the adoption of water conservation technologies, SoluBio works to increase water efficiency in agricultural and industrial operations, ensuring the sustainable use of this vital resource.


These programs establish financial compensation mechanisms for farmers and landowners who contribute to the provision of these environmental services, encouraging the adoption of practices that benefit climate resilience and natural resource conservation.


Promoting Climate Resilience


OnFarm biological management emerges as an effective strategy to address the challenges posed by climate change. By promoting climate resilience, microorganisms help mitigate the risks associated with water scarcity, ensuring the sustainability of agricultural systems.


The cost reduction provided by OnFarm biological management allows producers to achieve profitability and reduce losses. By adopting sustainable practices, farmers are investing in a kind of agricultural insurance that prepares them to deal with the increasingly frequent impacts of climate change.


OnFarm biological management is a promising approach to promote climate resilience and ensure food security in an increasingly challenging future.

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