When December rolls around, the holidays aren’t just celebrated on land. Beneath the ocean’s surface, nature joins the festivities with one of its most eye-catching creatures: the Christmas Tree Worm.
The Arctic Ocean, a realm of ice and unique lifeforms, is undergoing rapid transformation due to climate change. Recent research by the University of Exeter and collaborators has revealed that specialized microorganisms thriving beneath Arctic sea ice are at significant risk as their icy habitats diminish.
Satellites are providing unprecedented insights into the ocean's role in climate change. They allow scientists to monitor sea surface temperatures, track sea-level rise, and study storm development in real time. These observations are critical for understanding how the ocean is responding to global warming and for predicting future changes.
This article highlights the causes of coral bleaching, its global impact, and the innovative restoration projects aiming to reverse the damage. From coral farming to heat-resistant coral breeding, there is still hope for these underwater ecosystems.
This article discusses the mechanisms driving ocean circulation, the factors contributing to its slowdown, and what these changes mean for the future of our planet.
Driven by melting glaciers and thermal expansion, sea levels have surged 8 inches over the past century—and the pace is accelerating. Communities now grapple with intensified flooding, infrastructure damage, and saltwater intrusion, which imperil agriculture and freshwater supplies.
This article explores the emotional landscape of climate change, its impact on our wellbeing, and strategies to cultivate resilience in the face of growing uncertainty.
