Researchers from the University of São Paulo (USP) and collaborators analyzed samples from mining areas in four Brazilian biomes, including the Amazon.
Researchers have been able to demonstrate a link between the climatic phenomenon and the propensity for fires, creating a tool that could help with future prevention efforts.
An expedition to the Maracá Ecological Station, about 130 kilometers from the capital Boa Vista, collected more than 400 specimens to study how these animals are coping with the temperature increases predicted for the coming decades. The work is part of the Amazon+10 Initiative.
Using a mathematical model, researchers at the Research Center for Greenhouse Gas Innovation demonstrated a potential reduction of more than 15% in polluting gases.
The use of biofuels in Brazil and other developing countries can avoid some 400 million metric tons of greenhouse gas emissions from the transportation sector by 2030, according to a report produced by an International Energy Agency task force led by researchers affiliated with the FAPESP Bioenergy Research Program.
The fuel produced at the experimental station will power three city buses that will circulate around the university campus, as well as a bus that can drive 450 Km on a to and fro travel between São Paulo and Piracicaba.
International event will be held on May 3-16, 2025, at the University of São Paulo’s campus in São Carlos.
Overuse of water resources in Brazil’s main agricultural frontier region, in conjunction with climate change, is reducing replenishment of the Urucuia aquifer and surface water bodies in the basin of a tributary of the São Francisco, the largest river in the Northeast.
Scientists from the BIOTA Synthesis project helped develop the strategy that uses blended finance to promote the restoration and conservation of ecosystems in the state.
Research focusing on the Caatinga shows that by restoring the soil, it is possible to achieve quality levels close to those that existed before human interference.
Researchers at the University of São Paulo conducted an experiment to observe the effects on soil samples of extreme conditions in terms of temperature and rainfall in the laboratory. Their findings show that the balance of greenhouse gas emissions from microbial decomposition of organic matter may change.
Characterized by high pH and salinity, these water bodies have practically dried up because of rising temperatures, changing rainfall patterns, and wildfires. The findings show how the local microbial community and other factors influence greenhouse gas emissions.
In an article published in Perspectives in Ecology and Conservation, researchers affiliated with the National Space Research Institute (INPE) and the National Disaster Surveillance and Early Warning Center (CEMADEN) in Brazil discuss CO2 emission reduction challenges and solutions.
A study by the University of São Paulo shows that expansion of cattle ranching to meet growing domestic demand has contributed more than any other driver to the elimination or degradation of the Amazon’s original vegetation, followed by expanding croplands and urbanization.
Alex Ruane delivered the 7th FAPESP Lecture 2024 on “Climate Change and Food Security”
Researchers affiliated with the FAPESP Research Program on Global Climate Change met at the State University of Campinas in Brazil to discuss current research priorities in the effort to understand and combat the consequences of the extreme events caused by global warming.
A report by an international group of researchers including three Brazilians shows that climate change tripled the probability of weather conditions favoring unprecedented wildfires in Canada and multiplied it by a factor of 20 in western Amazonia between March 2023 and February 2024. Global carbon emissions were 16% above average.
A member of the Center for Research on Biodiversity Dynamics and Climate Change, Mauro Galetti uses his experience from his undergraduate studies in biology to his most recent studies in ecology to tell stories in accessible language that inspire readers to fight for the planet.
Scientists at the University of São Paulo present this conclusion based on a systematic review of the literature in a paper published in the Journal of Cleaner Production.
The study investigated the effect of two concentrations of smoke on seeds of 44 species typical of the Brazilian savanna-like biome. The results could be used in management and restoration strategies.
The international study involved more than 59,000 participants from 63 countries, including Brazil. By analyzing interventions that most influence people’s behavior, the work resulted in the creation of a tool that can be used by policymakers and environmental advocacy groups.
Researchers at the State University of Campinas and collaborators analyzed data from 82 areas of the Brazilian savanna biome located in five states and the Federal District. The results showed that recovering the biome’s extraordinary diversity requires a combination of several restoration techniques as well as conservation of what has not yet been destroyed.
Lack of a method to classify forest succession stages in the applicable legislation allows for destruction of forest areas that provide important ecosystem services. The authors propose changes to make measurements more accurate and eliminate a step in permit applications that is ineffective and costly for landowners.
State coordination will be essential to overcome the problems in the southern Brazilian state of Rio Grande do Sul, as Acre’s experience with floods shows.
