AGCLIMATE emission measurement in agriculture – what benefits do Finnish farms and food companies have?
AGCLIMATE is a new Finnish research and innovation project that develops field-level solutions for measuring and reducing greenhouse gas emissions from agricultural land. The project responds to the practical need to measure soil carbon balance and nitrous oxide (N₂O) emissions in real time, which is essential for calculating the carbon footprint of farms and for transparent climate communication of products ( Luke ). The goal of AGCLIMATE is to produce reliable measurement data, based on which farms can optimize their operations and communicate climate impacts openly.
Seron Oy’s solar panel solutions and energy storage systems ensure the continuity of field measurements even without a general power supply.
Why is AGCLIMATE important to Finland?
- Agriculture is a significant contributor to greenhouse gas emissions from food production, particularly from soil and nitrogen management. AGCLIMATE is developing measurement and assessment systems that help make these emissions visible and manageable ( Luke ).
- With recorded field-level data, companies like Valio can prove the reduced climate impact of their products and thus increase the attractiveness of exports in markets focused on sustainability.
- Real-time information enables better fertility and optimization of fertilization practices, which reduces N₂O emissions and improves soil carbon sequestration.
Core objectives of the AGCLIMATE project
- Develop a real-time measurement system for monitoring soil carbon balance and N₂O emissions.
- Connects measurement results to farm-specific and product-specific carbon footprint calculations.
- Promote climate-smart farming practices and regenerative methods that improve soil health and crop resilience.
- Create new business opportunities to increase exports of low-carbon products ( Luke ; Valio ).
How do technology and practices meet?
AGCLIMATE’s operating model combines high-quality field measurements, sensor technology and analytics. Partners such as Vaisala bring measurement technology and long-term experience in carbon measurements, which strengthens the reliability of the project. Utilizing this kind of data also requires functional IT and automation solutions — field sensor integration, data transfer and analysis are areas where Seron Oy’s expertise in solar energy, energy storage and industrial automation can support farms and the food industry.
Practical benefits at the farm level
- More precise timing and optimization of fertilization reduces N₂O emissions and saves costs.
- Real-time measurements help assess the impact of regenerative practices on soil carbon storage.
- The new data enables verification of the carbon footprint of products in commercial use, which is increasingly important in export markets ( Valio ; Luke ).
- Combining solar energy and energy storage with field machines or power supply for measuring stations ensures the reliability of systems even on more remote farms — Seron Oy offers solutions that are tailored to the needs of agriculture.
AGCLIMATE and the international context
The development of AGCLIMATE is part of a broader trend in which soil carbon sequestration and nitrogen management are seen as key means of reducing emissions from food production ( Farmland Trust ; Drawdown ). Similar approaches are also promoted in international programs and funding projects, such as the Canadian and US Climate Action in Agriculture ( Agriculture Canada ; NRCS ). AGCLIMATE offers Finnish operators a competitive advantage by developing documented and verifiable evidence of low-emission products ( NewClimate ; SCC ).
How can Seron Oy help farms and companies?
Seron Oy offers solutions that complement AGCLIMATE’s goal:
- Solar panels and energy storage for self-sufficiency of measuring stations and farm structures.
- EV charging solutions for the farm’s vehicle fleet and logistics.
- Automation and IoT integrations to connect field sensors, analytics, and facility control systems.
By combining reliable energy solutions and automation, the usability of measurement systems can be maximized and climate-smart operating models can be supported in practice.