Through its carbon credit program, soil testing projects, and sustainability-increasing measures, eAgronom is improving the livelihoods and soil health of farms across Africa.

Our mission at eAgronom is clear – to champion the widespread adoption of regenerative practices among farmers by revitalising our precious soil and combating climate change.

First results from the eAgronom's Direct Drilling Demo Day's field - get an overview of the field's situation in autumn by descriptions, graphs and pictures!

At the event, we will share field test results of 24 different species and mixtures, talk about the importance of earthworms in the soil - presentation by Dr. David Jones from UK, conduct a field walk and much more!

eAgronom started as a digitized field diary, but we have grown over the years and will continue to grow. We succeed because we listen to our farmers and if we can help, we will. The reason we are adding telematics data to eAgronom is also that we listen.

Agriculture continues to evolve in practice and purpose. Carbon offset farming or the practice of sequestering carbon in agricultural soils is on the rise due to multiple factors related to the environment and farm profit.

Managing the soil is a big part of farming. In recent years there’s been a rapid shift to low-carbon agriculture. This is an opportunity for farmers to focus on practices and innovations that help soils become more sustainable for farmers and the environment, particularly in storing carbon to manage rising greenhouse gas emissions worldwide.

Well-managed farms maximize crop output. But what happens when soil health is also prioritized? Carbon farming methods are utilized to manage outputs by taking care of the soil to provide new forms of profit for farmers.

Farmers wanting to improve efficiency and income can benefit from having carbon consultation. This is a key tool for farmers looking to reduce carbon footprint of the farm with monetization through carbon farming.

Farmers everywhere look for ways to keep the farm productive for generations to come. As the reality of climate change and global instabilities shake the agriculture industry, alternative solutions are becoming more viable than ever before.

Farmers understand that the soil is the bedrock in which the crops they sow will grow. From both business and ecological perspectives, implementing practices that build soil health just makes sense.

Soil carbon credits for farming are becoming a hot topic these days. How does soil carbon affect climate change? What are the benefits of using soil carbon? And how can farmers earn carbon credits?

Changing practices to be more sustainable has to be profitable for farmers, too. eAgronom works to help farmers build long-term partnerships with nature.

Many farmers are becoming interested in carbon farming but struggle with what to do first. The process ordinarily begins by connecting with a carbon program that provides needed support to farmers.

The rising threat of climate change presents daunting challenges as well as growth opportunities for a sustainable transition.

To make the most out of the budget, most farmers adjust to the demands of changing production requirements and market swings.

Agriculture is changing fast. With rising annual global carbon emissions, carbon negative farming is a sustainable solution that benefits farmers’ income and farm conditions.

How do you farm carbon? Carbon farming practices are known to improve soil health while keeping carbon locked in soils. Under a carbon program, the right set of climate-smart agriculture methods can provide income-generating outcomes to the farm.

As food demands and farming methods develop, more farmers are understanding that crop production requires balancing resources to maintain productivity over the years to come.

While cultivating land for crops has always been dynamic, the wider agricultural landscape itself is evolving rapidly to accommodate changing demands and consumer mindsets on food and the environment.

Fertiliser prices have been skyrocketing for more than a year now and 2022 isn’t any better either. Add a tighter supply squeeze to the equation, and what we have now are farmers in the middle of a perfect storm for global food production.

As the global climate continues to warm, the severity and frequency of weather events it brings add increasing challenges to farmers. No one is spared from its effects and agriculture is especially susceptible to climate impacts while global food demand rises and profitability becomes volatile.

Agriculture is providing the world’s food, energy, and resources. Different land management strategies such as cover crops maximise farming capacity, providing soil, agronomic, and economic benefits to farmers.

Farmers and land managers are uniquely positioned to drive sustainable land stewardship with large scale removal of carbon in the atmosphere and storing it in the soil through carbon farming.

Agricultural lands are dynamic, and farmers persistently adapt ways to environmental changes and economic pressures.

The European Union aims for net-zero greenhouse gas emissions by 2050, a target legally bound by the European Green Deal. This means removals and emissions of greenhouse gasses must be balanced, while also aiming to strengthen resilience to climate change impacts, by 2050 and beyond.

Farming is a business that’s strongly tied to managing natural resources. This makes harvest outcomes always tricky to forecast due to factors beyond the farmer’s control, including temperature and precipitation rates. The unpredictability is only getting worse with extreme shifts in climate patterns.

Farmers face unique challenges from the fields to the industry level. In recent years, sustainable agricultural practices have been put into focus as governments and consumers call for solutions to reach net-zero global carbon emissions. In agriculture, this is where carbon farming comes in.

The most popular remote sensing measure used in agriculture is the NDVI index. NDVI stands for Normalized Difference Vegetation Index, which simply describes the plant’s development based on how a plant reflects different light waves.