As oxygen levels in coastal waters worldwide continue to plummet, researchers are exploring whether artificial oxygenation could offer a lifeline to marine ecosystems on the brink.
Craig Wood from Urbis Schréder outlines the benefits of solar lighting for public spaces, highlighting its role in creating safer, sustainable, and cost-effective urban environments.
Through UK Research and Innovation (UKRI), the UK Government has announced a £12 million funding scheme to develop sustainable and resilient aquaculture systems across Southeast Asia.
The continued meeting of the parties to the COP16 Global Biodiversity Conference in Rome ended on February 27, 2025. This meeting reached important agreements that show the global community's determination to halt and reverse biodiversity loss.
Wildfires are devastating the fragile Andean ecosystems of Peru. A new study reveals the extreme vulnerability of the Arequipa shrublands to these blazes, with severe soil degradation hindering ecosystem recovery and threatening crucial water sources in this arid region.
New research raises concerns that Bioenergy with Carbon Capture and Storage (BECCS) may be more complicated than expected, especially considering its environmental impact.
Urbis Schréder is an independent outdoor lighting solutions provider worldwide, committed to supporting communities and transforming spaces, cities, and the planet. Here, they discuss their sustainable solar lighting solutions.
According to Dr Susan Gardner, Director of the Ecosystems Division at the United Nations Environment Programme (UNEP), the world’s largest coral reef has an important message for us and we should pay attention.
The WWF's Living Planet Report 2024 highlights global wildlife decline, revealing a 73% average decrease in monitored populations over the past 50 years.
How plants use airborne chemical cues to defend against herbivores. A study has revealed a new dimension of plant communication through the atmosphere.
Recent research has revealed a concerning trend in the world’s rivers and lakes, revealing that a dangerous combination of warming water temperatures and nutrient overload is a serious threat to freshwater ecosystems.
Nanoplastics, minuscule particles smaller than the width of a human hair, have been increasingly linked to health risks such as cardiovascular and respiratory diseases in humans.
