Telemedicine had an impact on carbon emissions equivalent to reducing up to 130,000 car trips each month in 2023
Peer-Reviewed Publication
Updates every hour. Last Updated: 7-Jul-2025 12:10 ET (7-Jul-2025 16:10 GMT/UTC)
Biomass is currently the EU’s largest renewable energy source, but climate strategies often focus on other energy sources. A comprehensive analysis, led by Chalmers University of Technology in Sweden, now shows that biomass is crucial for Europe's ability to reach its climate targets, as it can be used to produce fossil-free fuels and chemicals and also enables carbon dioxide removal from the atmosphere. If biomass were excluded from the European energy system, it would cost an extra 169 billion Euros per year – about the same as the cost of excluding wind power.
Colder temperatures are linked with increased risk of diarrhea among Rohingya refugees in Bangladesh, emphasizing the need for climate-sensitive health strategies in refugee settings.
In a paper published in National Science Review, a Chinese team of scientists conducted an analysis on how changes in Arctic snow and ice cover affect cloud short-wave radiative effects, using satellite observations and climate model data. The study found that even under conditions where cloud properties remain unchanged, the melting of snow and ice can trigger an enhanced clouds’ short-wave cooling effect. The enhanced cooling effect can partially slow down the melting process, while it cannot reverse the overall decreasing trend of ice and snow.
Americans are more likely to discuss climate change with family and friends if they feel worried or at risk, perceive society as supportive of pro-climate behaviors or see global warming depicted in the media, according to a study published April 17, 2025 in the open-access journal PLOS Climate by Margaret Orr from George Mason University College of Humanities and Social Sciences in Fairfax, Virginia, and colleagues.
Storm surges—sudden, abnormal rises in sea levels during storms—pose a major threat to low-lying coastal communities. Some of the most extreme sea levels occur during major tropical cyclones, when harsh winds and low atmospheric pressure drive ocean waters higher.
Currently, there is a strong scientific consensus on the long-term changes of mean sea-level rise that is supported by tide gauge observations and data-informed modeling. However, estimates of extreme storm surge trends in these events have been inconsistent and largely constrained to studies analyzing tide gauge data from a limited number of locations. These limitations hinder scientists’ ability to evaluate how extreme storm surge events may respond to climate variability and change, thereby complicating the development of cost-effective strategies for coastal flood adaptation. In a recent study(Link is external) conducted by the University of Central Florida, Princeton, Rutgers and four other research centers, researchers analyzed tide gauge data from across the U.S. to better identify trends in extreme storm surges.