Bill Cordingley at Browne Jacobson, analyses the evolving legal landscape of climate change and biodiversity loss that increases the pressure on our forested environments
Europe’s wildfire seasons are becoming longer, more destructive, and increasingly unpredictable, according to the latest annual report from the Joint Research Centre (JRC).
New research from the University of St Andrews reveals that coastal oceans are acidifying faster than previously predicted, posing an existential threat to the global economy.
New research reveals continents "peel" from below, feeding enriched material into the oceanic mantle. This process, driven by slow mantle waves, explains why distant ocean volcanoes contain continental chemical signatures, solving a long-standing geological puzzle.
The European Commission is asking for public feedback on its updated Safe and Sustainable by Design (SSbD) Framework. The SSbD Framework is a tool that is designed to support the development of safer and more environmentally friendly chemicals and materials.
A University of Cambridge study reveals that prolonged outdoor air pollution exposure is associated with a significantly increased risk of developing dementia.
New research shows that exposure to PFAS chemicals may increase the risk of type 2 diabetes by disrupting metabolism and affecting blood sugar regulation.
A new £50 million MRC centre led by the University of Manchester will investigate how environmental exposures contribute to chronic inflammatory conditions, aiming to uncover new prevention and treatment strategies.
The European Commission has posted the new Roadmap towards Nature Credits, which will reward nature-positive actions while also boosting private investment in environmental restoration.
Thousands in the Pacific Northwest face a heightened flood risk, not just from rising sea levels, but from the land itself potentially sinking. A new study details how a major earthquake could drastically expand vulnerable coastal areas.
A new satellite method will revolutionise CO2 tracking, using NO2 as a proxy. This breakthrough offers precise emission monitoring, crucial for climate action. It enables localised to national-level assessments, enhancing global efforts to combat climate change.
New research conducted by researchers at Florida Atlantic University as revealed new ways to reduce the risks of devastating wildfires while promoting healthier forests and combating climate change.
