Enhanced westerly winds associated with global warming will strengthen the clockwise circulations and heat transport to the ice sheet in the East Antarctic coastal area.

The Albert Einstein Jewish Brazilian Hospital, in São Paulo, creates research group to evaluate potential uses of the technology; the project was presented during FAPESP Week Germany.

A new study reveals that the devastating 2023 flood in Derna, Libya, was not merely the result of extreme rainfall but was drastically intensified by a major design shortcoming and its resulting collapse of two embankment dams. Through advanced hydrological modeling and satellite data analysis, researchers found that while Storm Daniel brought heavy rainfall, the catastrophe stemmed from dam failures and flawed risk assessment and communication—amplifying the destruction nearly twentyfold. The findings highlight the urgent need for improved flood mitigation strategies, especially in dryland regions where high uncertainty in risk analysis, coupled with vulnerable infrastructure, pose an ever-growing threat.

A study by Brazilian and Swiss researchers predicts that even in an optimistic greenhouse gas emissions scenario, 99% of the area of the Upper Paraguay River Basin will be lost.

The SpongeBoost project is taking a creative approach to communicating its mission of enhancing and restoring landscapes' natural water retention capacities. By consolidating existing knowledge, utilising best practices, and testing innovative approaches, the project aims to create a comprehensive roadmap for implementing transformative measures that improve resilience to extreme weather events. This involves synthesising information for policy-making, practical restoration, and land-use planning, as well as showcasing successful examples of sponge restoration and its multiple benefits.