A new study shows the significant impact of recurring fires and agricultural conversion on soil carbon storage in the Amazon rainforest. The research, a collaboration between the University of Exeter (UoE) and Center for Nuclear Energy in Agriculture (CENA) at the University of São Paulo (USP), demonstrates substantial carbon loss and degradation of soil properties […]
The Amazon rainforest, an important carbon sink, faces increasing threats from deforestation and wildfires. But what happens to the soil carbon after these disturbances? MSc student, Lorena Fleury, in the Tropical Forest Science Postgraduate Programme at the National Institute for Research in Amazonia (INPA), supervised by Prof. Ted Feldpausch, has been sampling soil in secondary […]
Our new study published in the journal Science reveals a concerning trend, that tropical forests across the Americas are changing their composition and function too slowly to keep up with the pace of climate change. This mismatch puts these important ecosystems, biodiversity hotspots, and carbon sinks at significant risk.
中国国家留学基金委和英国埃克塞特大学合作奖学金（博士生项目） Prof Ted Feldpausch is recruiting two students for the China Scholarship Council and University of Exeter PhD Scholarships. Up to 50 full-time PhD scholarships are available in collaboration with the China Scholarship Council (CSC), for September 2025/26 entry. The PhD projects focus on a range of themes related to the ecological and economical impacts of fire, drought, […]
FAPESP Opportunity Postdoctoral Opportunity to Quantifying Soil Organic Carbon Responses to Landscape-Scale Fire in the Amazon This research aims to map and quantify the environmental factors, especially “fire”, that drive the spatial variation of soil organic carbon (SOC) and its “pyrogenic” fraction (CPi) in the Amazon. It is based on 2 objectives: O1. Modeling baseline […]
We are recruiting for a Postdoctoral Research Associate to model soil carbon and fire in tropical forests. Summary of the Role We wish to recruit a Postdoctoral Research Associate to support the work of Profs Richard Betts, Ted Feldpausch, and Kees van Groenigen at the University of Exeter and in collaboration Dr Eleanor Burke and Dr […]
中国国家留学基金委和英国埃克塞特大学合作奖学金（博士生项目） Prof Ted Feldpausch is recruiting two students for the China Scholarship Council and University of Exeter PhD Scholarships. Up to 50 full-time PhD scholarships are available in collaboration with the China Scholarship Council (CSC), for September 2024/25 entry. The PhD projects focus on a range of themes related to fire, land-use change, lightning and tree mortality, carbon […]
Tropical forests in South America lose their ability to absorb carbon from the atmosphere when conditions become exceptionally hot and dry, according to new research. For a long time, tropical forests have acted as a carbon sink, taking more carbon out of the air than they release into it, a process that has moderated the impact […]
Prof Ted Feldpausch and Prof Jose Iriarte developed a new display with the Eden Project to communicate to the public research findings about historical land-use and fire use by pre-Columbian people.
There is a post-doctoral opportunity at INPE to study forest degradation, fire, and soil carbon using remote sensing.
In our recent paper, “Ancient fires enhance Amazon forest drought resistance” published in Frontiers in Forests and Global Change, we studied if ancient fires can alter the response of Amazonian forests to drought events.
In our recent paper, “Forest Fire History in Amazonia Inferred From Intensive Soil Charcoal Sampling and Radiocarbon Dating” published in Frontiers in Forests and Global Change, we examined the history of ancient fire in intact rainforests across Amazonia using radiocarbon dating.
A two-day hybrid workshop (both online and in-person) was held on 25th and 26th November 2021 that included 20 participants from different institutions in the United Kingdom, Australia, Colombia, Spain, and Brazil.
Research at the University of Exeter examines how measurements of charcoal reflectance can be used to understand fire regimes and carbon dynamics in tropical forests in South America.
A new study by Pontes-Lopes et al. 2021 examining the impacts of the record-breaking drought and fires caused by the 2015/2016 El Niño has found that even the wet forests of central Amazonia, forests considered relatively fire-resistant, were affected by fire.
Two complementary PhD studentships have been funded thanks to donations from long-term University of Exeter supporters, the A. G. Leventis Foundation. Both will be based within the Global Systems Institute and focus on tropical forest protection and restoration, specifically understanding carbon storage within degraded and recovering forest ecosystems.
Fire is an important cause of disturbance in terrestrial ecosystems and can has a major impact on biodiversity. We evaluated the effect of fire regime on species richness and tree basal area in southern Amazon forest using Landsat and PALSAR data.
The fire regime of tropical forests is changing rapidly, with implications for forest cover, carbon storage, species composition, biodiversity, function, and climate. These changes are having a range of impacts over varying spatiotemporal scales and are explored in a journal special issue on the Transformation of Tropical Forests through Fire.
A huge new study has unravelled what factors control tree mortality rates in Amazon forests and helps to explain why tree mortality is increasing across the Amazon basin. The capacity of the Amazon forest to store carbon in a changing climate will ultimately be determined by how fast trees die. The new analysis found that the […]
We are seeking qualified and motivated candidates to pursue a PhD studying how lighting affects tree mortality, carbon dynamics, and forest composition in tropical forests. Applications for the NERC GW4+ project are open, with a closing date of 16:00 on Friday 8th January 2021.
A major study in forests across the tropics is the first global assessment of palm tree numbers to better understand forest composition, diversity, and to reduce uncertainty about the role of palms in the carbon balance in these ecosystems.