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.
A study comparing solutions developed in São Paulo and Melbourne, Australia, highlights the huge potential for expansion in the Brazilian megacity.
Supported by FAPESP, Shell, the Technological Research Institute (IPT) and the University of São Paulo (USP), this Applied Research Center will investigate technologies that promote decarbonization and optimization of deep-sea oil and gas operations, contributing to the future of the offshore industry.
Bacteria, fungi and archaea that live in soil act as a methane sink, among other ecosystem services, but deforestation can reduce their functional diversity, Brazilian, British and American researchers warn in the journal Trends in Ecology and Evolution.
The extreme weather events in the South of Brazil call for urgent coordinated action by governments and entities. The Paraíba do Sul basin is the focus for a “pilot” project conducted by a group of researchers.
An analysis of data from weather stations shows that large contiguous areas of the region have seen more days of extremely heavy rain in the past seven decades.
The first Research, Innovation and Dissemination Center (RIDC) hosted by São Paulo State University (UNESP) will promote innovation focusing on sustainable solutions and accelerated knowledge dissemination.
Today’s key issues, such as artificial intelligence, climate change, cancer and Brazilian institutions, will be the focus of inter-institutional and multidisciplinary teaching and research; the new organization gives groups more autonomy and agility.
Chemical analysis of stalagmites in the Peruaçu Caves National Park showed that global warming has disrupted the hydrological cycle in Brazil’s central region, making a significant proportion of any rain that falls evaporate before it can penetrate the soil.
Focus on transdisciplinarity aims to foster participation by all stakeholders in efforts to address global change. The subject was front and center at an event held in April 2024 at a historic town in São Paulo state.
The researchers showed that pressure has intensified since the 2018 announcement of a plan to create a development zone where the states of Amazonas, Acre and Rondônia meet.
The increase was confirmed by an analysis of satellite images, contrasting with a drop in deforestation and the total number of fires detected in the Amazon. The Brazilian government’s center for forest fire prevention says it is partnering with other institutions to combat wildfires in the region.
Research introduces new methodology to describe the amount of the mineral, which is important in the growth cycle of vegetation and can affect the forest’s response to climate change.
A study conducted over a period of 14 years in the Brazilian savanna-like biome shows its typical vegetation rapidly becoming ‘cerradão’ – a biodiversity-poor forest formation – while resistance to drought and wildfires weakens.
The work makes it possible to tell the story of the fusion of genomes that gave rise to the world’s most consumed species, as well as identifying genes responsible for resistance to rust and other diseases.
The aim is to create a computer visualization model that more accurately represents the hydroclimatic processes that occur in the region and to support climate change adaptation measures; the initiative was presented during FAPESP Week Illinois.
Launched on April 2 at FAPESP, the program will initially involve researchers from Brazil, Argentina and France.
An agreement to this end was signed in Belém in the Brazilian Amazon during the visit of French President Emmanuel Macron and Laurent Linguet, President of the University of French Guiana. The aim is to foster international cooperation that furthers the development of the Amazon region.
Working in partnership with scientists at the University of Magallanes in Chile, Brazilian researchers are conducting studies of the Chilean subantarctic region.
Three of the five tropical strains were successfully transformed using the morphogenic gene expression strategy, achieving efficiency rates three times higher than the average of the protocols.
