Researchers at the University of São Paulo highlight the importance of monitoring these areas and advocate the use of technosols based on tailings and other waste to offset part of their emissions.
Available free of charge on the internet, the platform simulates fire propagation in the savanna biome three times a day and is in use in nine conservation units.
Heitor Cantarella was a member of BIOEN-FAPESP’s steering committee for 14 years. As a researcher at the São Paulo State Institute of Agronomy in Campinas, he has made groundbreaking contributions to efforts to reduce greenhouse gas emissions in agriculture.
The project is the result of a partnership between FAPESP and Shell and could help make hydrogen a widely used fuel in Brazil. Hydrogen from a pilot plant to be built at USP using Raízen’s ethanol will power buses on the campus.
A model developed by a cross-border collaboration including Brazilian researchers could help decision-makers assess the real impact of green roofs on the urban food-water-energy nexus.
A study published in Nature and led by scientists at Brazil’s National Space Research Institute (INPE) and Bristol University in the UK describes a novel methodology for calculating the carbon absorption capacity of recovering areas in the Amazon, Congo and Borneo, which contain the world’s largest tropical rainforests. Together these areas remove at least 107 million metric tons from the atmosphere every year.
The innovative approach highlights vulnerability to deforestation, fire and drought, as well as poverty. The results can help formulate public policies for sustainable development.
A study combining genetic analysis and oceanographic simulations showed that a species of mangrove rarely disperses very far, so that North and South Brazil have two distinct populations. The results can help prioritize conservation units and understand global patterns in mangrove forest formation.
Brazilian scientists analyzed the typical soil composition resulting from native management with the aim of developing biotech applications for more effective restoration of degraded areas.
Research conducted in manipulated sugarcane plots showed that small water bodies such as ponds and puddles can contribute to sustainable farming even with environmentally hostile practices.
One of the goals of the study conducted by scientists at the Center for Development of Functional Materials and the Center for Innovation on New Energies is to reduce atmospheric emissions of this greenhouse gas.
An article in Science by 35 researchers affiliated with institutions in Brazil and elsewhere shows that carbon emissions resulting from forest degradation are equivalent to emissions from deforestation. The authors analyzed degradation due to fire, edge effects, illegal logging and extreme drought.
The view was expressed by participants in a discussion on “Bioenergy’s major contribution to the energy transition” organized by the FAPESP Bioenergy Research Program.
Strategies for reconciling forest conservation and income generation for families living on Chico Mendes Extractive Reserve in Acre state are the focus of a project in which local scientists are collaborating with colleagues from the states of São Paulo and Pará. The project is part of the Amazon+10 Initiative.
An article by scientists at the Federal University of São Paulo shows that the South and Southeast of Brazil are the most affected regions, and that Espírito Santo is the state most affected by waves of heat and cold.
The warning was delivered by Marta Vasconcelos, a biologist affiliated with the Portuguese Catholic University, during the third event in the 2023 series of FAPESP Lectures.
Scientists analyzed data for the period from 232 Indigenous Territories in Brazil. Results published in Scientific Reports show deforestation rates accelerating between 2019 and 2021.
Soon to be officially launched, IPOS is a coalition of 16 research institutions, research funders and universities. Its mission will be to bridge the science-policy divide and help protect the world’s ocean environment.
Scientists at the University of São Paulo have shown that the occurrence of mesoscale convective systems, which account for 40% of precipitation in the Amazon, is already being affected by climate change.
As well as benefiting users, the aim was to contribute to energy saving and help reduce greenhouse gas emissions.
The data, referring to Brazil, Argentina, Colombia and Guatemala, was presented by the FAPESP Bioenergy Research Program (BIOEN) during a seminar hosted by the International Energy Agency.
The computer program was developed at the State University of Campinas to include more vegetation diversity in the analysis of climate change impacts.
The alert came from scientists who participated in the 10th German-Brazilian Dialogue on Science, Research and Innovation, organized by the German Center for Science and Innovation in São Paulo in partnership with FAPESP.
No fewer than eight important hydrographic basins depend on the ecosystems that make up the Cerrado, Brazil’s savanna-like biome, but ambiguities in the legislation have permitted the advance of soybean plantations in the region. The warning is in an article by Brazilian researchers in the journal Perspectives in Ecology and Conservation.
An online event presented the results of five projects selected in a call issued by FAPESP in partnership with the Belmont Forum and JPI Urban Europe.
