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The global deforestation footprint of agriculture and forestry

Global forest loss has far-reaching and complex ramifications. Agricultural commodity production and associated trade and consumption are key drivers of deforestation, but current deforestation footprinting techniques require further development to harmonize insights and better inform policymaking.

Chris West, Mairon G. Bastos Lima, Simon Croft / Published on 29 April 2025

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Citation

West, C., Rabeschini, G., Singh, C., Kastner, T., Bastos Lima, M., Dermawan, A., Croft, S., & Persson, U. M. (2025). The global deforestation footprint of agriculture and forestry. Nature Reviews: Earth & Environment. https://doi.org/10.1038/s43017-025-00660-3.

A large orange grab excavator manoeuvres through a forest clearing. Its claw is outstretched towards the camera, reaching to pick up a large tree trunk in the front of the shot.

Tracking the footprint of commodity-linked deforestation has helped develop supply chain regulations to mitigate forest loss.

Photo: Robert Jones / Pixabay

In this paper, the authors reviewed the status of deforestation footprinting, comparing and contrasting methods and results from across global and regional studies. They highlighted a number of challenges which need to be addressed:

  • Current deforestation footprinting methods do not always account for the impacts of non-agricultural land use.
  • Deforestation footprinting data lacks harmonization. Though there is general agreement about the key drivers of deforestation, differing definitions and methods can complicate the interpretation of results.
  • Any data produced must be communicated clearly, both in terms of its results and methodological approach. This will maximize its usefulness to decision-makers and civil society.
  • Environmental policy is ever-evolving, with technical definitions and classifications shifting in scope. Deforestation footprinting techniques will need to co-evolve in scope to remain relevant and effective.

The authors emphasized that the availability of different methodologies is valuable as they produce information on different facets of the same deforestation challenges. However, more data transparency and further research efforts towards comparing results would enable better interpretation of perspectives offered by deforestation footprint studies.

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SEI authors

Chris West

Professor and Trase Co-Director

SEI York

Mairon G. Bastos Lima
Mairon G. Bastos Lima

Senior Research Fellow

SEI Headquarters

Simon Croft

Research Fellow

SEI York

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Nature Reviews: Earth & Environment Closed access
Topics and subtopics
Land : Food and agriculture, Land use, Forests
Related centres
SEI York, SEI Headquarters