Amazon PyroCarbon
Quantifying pyrogenic carbon stocks, soil carbon responses to fire, and climate-change feedbacks in Amazonian forests
Fire is reshaping Amazonia — and the pyrogenic carbon accumulating in burned soils may be the most underestimated player in the global carbon cycle.
Amazon PyroCarbon is a NERC-FAPESP project delivering the first pan-Amazonian quantification of how fire alters soil organic carbon stocks, stability, and the accumulation of pyrogenic carbon (charcoal and black carbon) in forest soils. Combining systematic field campaigns, laboratory analyses, and ecosystem modelling across fire gradients in Amazonian forests, we investigate what Amazon burning means for the global carbon cycle — now and under future climate warming and drought.
Explore the project
4
Regional sites across
the Arc of Deforestation
12
Partner institutions
26
Researchers from
four countries
4
Years of field
measurements
As fire spreads across Amazonia, the carbon beneath the ashes may determine the region’s climate future.
Latest news
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Burned Amazonian forests stay altered for at least 40 years, new lidar study shows
New spaceborne-lidar work presented at ATBC 2026 shows Amazonian forests in Acre remain measurably shorter, simpler and lower…
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MSc completed: Lorena de Souza Fleury traces a 25-year legacy of soil fertilisation in Amazonian secondary forests
Lorena de Souza Fleury’s MSc at INPA finds that forest age, not fertiliser, drove carbon recovery in Amazonian…
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Tropical forests in the Americas are struggling to keep pace with climate change
Long-term forest monitoring shows that tropical forests in the Americas are shifting in composition in response to climate…
Project partners
