Measuring and modelling greenhouse gas (GHG) emissions from agricultural systems

Efficient nutrient and livestock management is key to meeting the challenges of reducing GHG emissions. ADAS experts have extensive experience in measuring and modelling greenhouse gas (GHG) emissions, such as nitrous oxide, methane and carbon dioxide, from agricultural systems. We have an established track record of carrying out government- and industry-funded field research, quantifying GHG emissions across agricultural systems.

Our unique blend of soil science, livestock management and modelling expertise means we can offer evidence-based advice to interpret emission factors. We can also support with developing emission inventories and mitigation to minimise agriculture’s carbon footprint.

Our GHG expertise

  • maximising nitrogen use efficiency in crop production systems
  • maximising production efficiency to minimise methane and nitrous oxide emissions from livestock systems
  • measuring greenhouse gases (nitrous oxide, methane and carbon dioxide emissions) from field experiments
  • gas chromatography analysis techniques for measuring nitrous oxide, methane and carbon dioxide concentrations
  • use of nitrification inhibitors to reduce nitrous oxide emissions from applications of manufactured nitrogen fertiliser and organic materials
  • modelling and data interpretation for inventory development.
Male farmer holding grass with cows in background

Helping you to reach your net zero goals

Understanding your emissions to reduce your impact.

Speak to us today

Climate change and net zero news and projects

Understanding how crop management affects beneficial organisms Projects

Understanding how crop management affects beneficial organisms

Assessing the impact of stricter non-target arthropod protection on European agriculture Projects

Assessing the impact of stricter non-target arthropod protection on European agriculture

How to measure root depth to assess drought-resilience in crops News

How to measure root depth to assess drought-resilience in crops

Using digital monitoring to transform water use on farms Projects

Using digital monitoring to transform water use on farms

Rainwater harvesting: How to save for a less rainy day News

Rainwater harvesting: How to save for a less rainy day

The Phosphorus Challenge News

The Phosphorus Challenge

Optimising water use of agricultural supply chains in high water-risk areas Projects

Optimising water use of agricultural supply chains in high water-risk areas

Other sustainable agriculture services

Sustainable growing media testing

Sustainable growing media testing

Regenerative agriculture and soil research

Regenerative agriculture and soil research

Post-harvest trials to reduce crop loss

Post-harvest trials to reduce crop loss

Crop nutrition research trials

Crop nutrition research trials

Measuring the climate impact of the supply chain 

Measuring the climate impact of the supply chain

Land use change research

Land use change research

Crop trial analysis with agronomics

Crop trial analysis with agronomics

Crop water use research

Crop water use research

Integrated pest management (IPM) research trials

Integrated pest management (IPM) research trials

Greenhouse gases research

Greenhouse gases research

Pesticide usage and impact research

Pesticide usage and impact research

Weed management research

Weed management research