Rock glaciers, distinctive geomorphological landmasses, are frequently overshadowed by neighboring ice glaciers and overlooked due to their hidden nature. Although often forgotten, rock glaciers are common features in many mountain regions of the world.
Our Video of the Week features NASA analysis of the recent, albeit likely short-lived growth, to Greenland’s Jakobshavn Glacier.
The University of Minnesota’s Trinity Hamilton and Jeff Havig analyze how snow algae interacts with carbon, which could aid the search for life on Mars.
Last-chance tourists often visit remote destinations to take in the beauty and experience of a place that may not be the same in the future. But in doing so, they are contributing to climate change, negatively impacting these destinations through carbon-intensive travel.
A new study on Antarctica’s Blood Falls reveals the origins of the unique bright-red discharge, and what it could mean for finding life elsewhere in our solar system.
Mauri Pelto, a glaciologist at Nichols College in Massachusetts and author of the American Geophysical Union blog From a Glacier’s Perspective, analyzes the retreat of the Ausangate Glaciers in Peru.
The 800-mile-long Antarctica Peninsula is one of the fastest warming regions on the planet. The rising temperatures have led to significant glacial melting, which is a threat to the ecosystem’s biodiversity.
Mongolia’s grasslands are being degraded by climate change and heavy goat populations, driven by global cashmere demand.
Iago Otero and Emmanuel Reynard describe the launch of the Interdisciplinary Center for Mountain Research at the University of Lausanne—a four-year pilot project focused on contributing to the sustainable development of mountain regions.
In this week’s Roundup, read about local perceptions of land-use change in the Andes, an updated chronology of glaciation in the western US, and the dedication of Mount Everest Way in Jackson Heights, Queens.
Glacier-covered volcanoes, such as Popocatépetl, are more susceptible to lahars due to glacial melting that occurs during eruptions. Research shows an increase in stress-tolerant, competitive vegetation due to the changing environment.