How Does Regenerative Organic Agriculture Help With Carbon Insetting?

How Does Regenerative Organic Agriculture Help With Carbon Insetting?

Conservation methods have emerged as an important component of how farmers maintain soil and water supplies while increasing the adaptive capacity of farms against climate change. 

Regenerative organic agriculture helps capture carbon in the soil while also reaping the financial returns of climate-smart methods. The objective is to provide an insetting paradigm for sequestering carbon within the context of a supply chain. It also introduces fresh incentive guidelines for farmers to receive the benefits for their positive contribution to the environment. By assisting farmers who use practices that can extract atmospheric carbon dioxide and deposit it in the ground, regenerative organic agriculture  demonstrates the importance of farmers and their contribution to the environment.

What is Regenerative Agriculture?

Regenerative agriculture is an agricultural approach that places soil health as the utmost priority. Scientists are continuously documenting how a greener agricultural approach, i.e., regenerative agriculture, can trap more atmospheric carbon and help combat climate change.

Soil is the foundation of every farm, contributing to sequestering a significant amount of CO2. It is critical to treat soil with care, organic ingredients, and as little anthropogenic activities as possible. In a regenerative organic farming setting, the use of synthetic fertilizer or pesticides is absent. It also goes further to avoid heavy industrial equipment which can worsen the situation. To put it simply, regenerative organic agriculture offers a plethora of organic approaches that enhance soil health, improve crop quality, and reduce the tremendous farming impacts on the environment. 

What Are The Advantages Of Regenerative Agriculture?

Industrial agriculture is among the most destructive anthropogenic activities that damage the environment. In the United States, the agriculture economic sector accounted for 10% of the country's total carbon emissions in 2019.

Regenerative agriculture organically lowers waste, soaks up CO2 emissions, and raises soil fertility. The minimal or no-till approach is among the remarkably efficient farming methods of regenerative agriculture. Rather than disturbing the soil with human activities such as rigorous plowing or using heavy equipment, it lets the soil recuperate on its own. This way, the soil gets to produce more organic matter and trap a higher amount of CO2. Other methods like crop rotation, cover crops, compost, and animal manures also help in increasing the soil quality. It revitalizes the soil and increases the supply of nutrients without using toxic or synthetic fertilizers. When it comes to livestock, regenerative organic farming regulates the grazing pattern for healthy feeding. Meanwhile, the utilization of animal dung for soil fertility naturally multiplies carbon deposits and cuts enormous amounts of wastes. 

Regenerative organic agriculture has the potential to significantly reduce carbon emissions. The United States row crop land alone can store 350 million tonnes of CO2 each year under regenerative stewardship, with a commercial worth of more than 5 billion dollars. Soil carbon offsetting can indirectly and instantly  lower emissions while also subsidizing measures that effectively cut emissions— and all of this begins at the farm. 

Businesses that acquire and process agricultural commodities for creating market-ready commodities, ranging from food to fashion brands, must all prioritize carbon farming by adopting regenerative agricultural methods.

Implementing significant reforms in the agricultural economy may be our last best shot to save the planet from impending chaos.

Making Headway Towards Sustainability Goals With Regenerative Agriculture

Regenerative agriculture offers a viable path ahead for businesses to tackle climate change and achieve their sustainability goals. This strategy promotes optimum farming and grazing practices that reduce greenhouse gas emissions. It does so by restoring soil organic matter and repairing damaged soil biodiversity, contributing to carbon sequestration, regulating biogeochemical cycles, and benefiting the overall ecosystem. While the primary purpose of regenerative agriculture is to rebuild ecological integrity, it can also help businesses advance on several other goals such as enhancing farmers' livelihoods, lowering carbon footprints, managing water resources, and preserving biodiversity. 

Regenerative agriculture encourages farmers to ditch the old system of monocropping. And instead, make the switch to crop rotation management and intercropping systems which helps in recovering deteriorated soil and decreases pest infestations and plant diseases. It also facilitates additional chances to increase local food security and living wages. Regenerative agriculture strategies can help build more resilient and secure agricultural communities while also enhancing long-term growth and productivity. 

A Promising Future 

Regenerative agriculture strives to reduce carbon emissions in the supply chain by minimizing deforestation, optimizing nutrient use efficiency, and integrating carbon-sequestering agricultural and grazing techniques. It plays a vital role in assisting businesses to take steps towards carbon insetting— investing in decarbonization within their production networks. 

Offsets are a good starting point, but they're only one element of the issue, and they do not always diminish the carbon footprint of the buyer. Eventually, every industry will have to either proactively shave  its carbon footprint or generate insets through cutting emissions within its supply chain. Then again, a full-house transformation can be challenging given that not every organization has the fiscal or operational ability to execute it. However, this only further pushes the need for implementing carbon farming. As carbon farming grows in popularity, it can help fuel the demand for regenerative processes and technological advances such as biological nitrogen fixation, all of which are necessary to enhance the penetration of regenerative practices into the agriculture sector, spur innovative entrepreneurship, and irrevocably cut down agricultural emissions. 

Related blog:

The 5 Key Takeaways of Regenerative Agriculture Landscape Analysis

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