David Attenborough's greatest legacy is the sense of shared responsibility to ensure that what we see on screen remains preserved for generations to come.... Read More
Biodiversity and Ecosystems
Climate change has caused ocean temperatures to rise and led to the melting of Antarctic ice shelves, with serious consequences.... Read More
As human activities have been encroaching on the habitats of wild animals, can wildlife crossings be a solution?... Read More
A just energy transition must take into account the experience of the affected and vulnerable, human and nature alike.... Read More
The survival of migratory species is increasingly threatened along with the deepening environmental crisis.... Read More
Once considered a stable carbon reserve, the Congo Basin may now be leaking ancient carbon to the atmosphere.... Read More
Understanding the impacts of e-waste pollution is crucial, especially since waste is becoming a mounting global issue.... Read More
The impacts of the Olympic Games, one of the major global sporting events, against the environment go both ways.... Read More
Tire pollution is an invisible yet significant source of microplastics that contribute to salmon deaths, raising urgent environmental justice concerns.... Read More
Among forest restoration efforts, natural regeneration is potentially a more cost-effective approach than tree planting, with proper support.... Read More

100 years of Sir David Attenborough: A Voice Calling for the Celebration and Care of Nature
The Antarctic Ice Shelves Are Destabilizing in a Warming Climate
Building Animal Crossing: Are wildlife crossings effective?
Proceed with Caution: Intersectional and Whole-of-Earth Approach in the Global Energy Transition
Urgency to Protect Migratory Species as Extinction List Expands
Congo Basin Peatlands Are Releasing Ancient Carbon
Impacts of E-waste Pollution on Animals and Human Health
Exploring the Bidirectional Relationship Between Olympic Games and the Environment
The Hidden Threat of Tire Pollution to Salmon Populations
Natural Regeneration for a More Cost-Effective Forest Restoration