Geologists have discovered a link between recent ice mass loss, rapid rock uplift and a gap between tectonic plates that underlie Patagonia.

Airborne study reveals surprisingly large role of desert dust in forming cirrus clouds.

A new study explores large-scale relationships between vegetation and climatic characteristics using machine learning. The findings highlight the importance of climatic extremes in shaping the distribution of several major vegetation types.

At the forefront of ocean observatory technologies is the K-Lander – an innovative ocean observatory equipped with many ocean sensors, designed in collaboration between the water column group (WP4) at CAGE led by Bénédicte Ferré and Kongsberg Maritime.

According to an EPFL study, if we take immediate measures to reduce CO2 emissions, we could limit the rise in the temperature of Swiss rivers to 1°C between now and 2090 without drastically affecting their discharge.

With steep walls and deep valleys, the Grand Canyon in the western United States or the massive gorges that saw through the margins of the Tibetan Plateau are some of the most awesome and spectacular landforms on the planet. 

A UNSW Sydney-led study shows at least two times more freshwater has shifted from warm to cold regions of the earth than our climate models predicted – signifying broader changes to the global water cycle.

The likelihood of hot, dry, windy autumn weather that can set the stage for severe fires in California and western Oregon has increased 40% due to human-caused climate change, new computer models show.

According to a new study, the world’s largest lakes are being hit by severe heatwaves six times as frequently as they were around two decades ago.

Despite an overall trend of Arctic ice loss, the Bering Sea saw an expansion of sea ice due to a short-lived atmospheric-pressure pattern.