Long-term changes in greenhouse gas emissions from French agriculture and livestock (1852–2014): From traditional agriculture to conventional intensive systems

Summary

This historical analysis examines long-term trends in greenhouse gas emissions from French agriculture and livestock over 162 years, tracing the trajectory from traditional farming systems to contemporary conventional intensive practices. The authors appear to document how mechanisation, synthetic fertiliser adoption, and intensification have altered sectoral emissions profiles. The work provides a quantified historical perspective on how agricultural modernisation has affected France's agricultural greenhouse gas footprint.

UK applicability

UK agriculture has followed similar intensification pathways to France since the mid-20th century; the historical framework and emission trends may provide comparative context for understanding how British farming's transition to conventional systems has affected climate metrics. However, UK-specific livestock production ratios (notably dairy and sheep) and soil types differ, requiring localised interpretation.

Key measures

Greenhouse gas emissions (likely CO₂, CH₄, N₂O) from agriculture and livestock sectors; temporal trends across farming system transitions

Outcomes reported

The study tracked temporal changes in greenhouse gas emissions from French agriculture and livestock production over a 162-year period (1852–2014), comparing traditional and conventional intensive farming systems. The analysis quantified emissions trajectories as agricultural practices evolved from labour-intensive to mechanised and chemical-intensive models.

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