A research project supported by FAPESP shows that the construction of new hydroelectric power plants in Brazil’s South region could have an impact on more than 30% of the habitat of Phrynops williamsi, the Williams’ side-necked turtle.

Hydrogen is viewed as a promising alternative to fossil fuel, but the methods used to make it either generate too much carbon dioxide or are too expensive.

The Demand.ninja model, created by researchers at Imperial College London and TU Delft, was designed to show how the weather influences hourly energy consumption in buildings.

Researchers at West Virginia University have taken the first steps toward developing technology that can capture carbon dioxide in the air and use it for eco-friendly manufacturing of methanol.

The sun and the sea – both abundant and free – are being harnessed in a unique project to create vertical sea farms floating on the ocean that can produce fresh water for drinking and agriculture.

University of Queensland research will investigate whether the charging habits of electric vehicle (EV) owners could lower the cost of reaching Australia’s climate targets.

A vital component of the batteries at the heart of electric vehicles and grid energy storage, lithium is key to a clean energy future.

How we reduce CO2 emissions in the built environment is changing – with focus moving from energy efficiency to reducing embodied carbon, according to UNSW’s Philip Oldfield.

If the region surrounding Chicago — North America’s largest freight hub — shifted just 30% of its current on-road heavy-duty vehicles to electric versions, it would substantially reduce pollution and save hundreds of lives per year, with the benefits largely concentrated in disadvantaged communities, according to a new Northwestern University-led study.

Carbon capture is a promising method to help slow climate change.