Human degradation of tropical moist forests is greater than previously estimated

C. Bourgoin (), G. Ceccherini, M. Girardello, C. Vancutsem, V. Avitabile, P. S. A. Beck, R. Beuchle, L. Blanc, G. Duveiller, M. Migliavacca, G. Vieilledent, A. Cescatti and F. Achard
Additional contact information
C. Bourgoin: Joint Research Centre
G. Ceccherini: Joint Research Centre
M. Girardello: Joint Research Centre
C. Vancutsem: Joint Research Centre
V. Avitabile: Joint Research Centre
P. S. A. Beck: Joint Research Centre
R. Beuchle: Joint Research Centre
L. Blanc: Forêts et Sociétés
G. Duveiller: Max Planck Institute for Biogeochemistry
M. Migliavacca: Joint Research Centre
G. Vieilledent: UMR AMAP
A. Cescatti: Joint Research Centre
F. Achard: Joint Research Centre

Nature, 2024, vol. 631, issue 8021, 570-576

Abstract: Abstract Tropical forest degradation from selective logging, fire and edge effects is a major driver of carbon and biodiversity loss1–3, with annual rates comparable to those of deforestation4. However, its actual extent and long-term impacts remain uncertain at global tropical scale5. Here we quantify the magnitude and persistence of multiple types of degradation on forest structure by combining satellite remote sensing data on pantropical moist forest cover changes4 with estimates of canopy height and biomass from spaceborne6 light detection and ranging (LiDAR). We estimate that forest height decreases owing to selective logging and fire by 15% and 50%, respectively, with low rates of recovery even after 20 years. Agriculture and road expansion trigger a 20% to 30% reduction in canopy height and biomass at the forest edge, with persistent effects being measurable up to 1.5 km inside the forest. Edge effects encroach on 18% (approximately 206 Mha) of the remaining tropical moist forests, an area more than 200% larger than previously estimated7. Finally, degraded forests with more than 50% canopy loss are significantly more vulnerable to subsequent deforestation. Collectively, our findings call for greater efforts to prevent degradation and protect already degraded forests to meet the conservation pledges made at recent United Nations Climate Change and Biodiversity conferences.

Date: 2024
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DOI: 10.1038/s41586-024-07629-0

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