- Benjamin Dequiedt, Vera Eory and Juliette Maire
- 2014
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The aim of the research reported here was to assess regional greenhouse gas (GHG) reduction potential due to changing rotations at farm-scale. Rotation data generated for the research reported In Legume Futures report 4.2 from Task 4.2 were used, complemented with nitrous-oxide (N2O) emissions calculations. This research assessed the GHG abatement cost by using a bottom-up approach, assuming that the farmers are minimizing the abatement cost. Results show aggregated “win-win” abatement potential in the five NUTS2 regions of 11% to 16% of the baseline soil N2O emissions from arable areas. The total dry matter (DM) production is increases, while the area under cereal production is decreases at this level of GHG abatement.
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2014. GHG mitigation costs through legume based agriculture. Legume Hub. https://www.legumehub.eu
GHG mitigation costs through legume based agriculture
Posted: 21.06.2021
The aim of the research reported here was to assess regional greenhouse gas (GHG) reduction potential due to changing rotations at farm-scale. Rotation data generated for the research reported In Legume Futures report 4.2 from Task 4.2 were used, complemented with nitrous-oxide (N2O) emissions calculations. This research assessed the GHG abatement cost by using a bottom-up approach, assuming that the farmers are minimizing the abatement cost. Results show aggregated “win-win” abatement potential in the five NUTS2 regions of 11% to 16% of the baseline soil N2O emissions from arable areas. The total dry matter (DM) production is increases, while the area under cereal production is decreases at this level of GHG abatement.
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Acknowledgement: Legume Futures has received funding from the European Union’s Seventh Programme for research, technological development and demonstration under grant No. 245216.
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