Climate

Imaggeo on Mondays: The changing landscape of Patagonia

Olivia Trani February 18, 2019

The Changing Landscape of Patagonia. Credit: Shauna-kay Rainford (distributed via imaggeo.egu.eu)

Pictured here is a snapshot of an environment in transition. Today’s featured photo was taken at the foot of Monte Fitz Roy, a jagged Patagonia mountain located in Los Glaciares National Park on the border between Argentina and Chile. The Patagonia region in South America is the second biggest source of glaciers in the southern hemisphere, behind Antarctica, but the region is losing ice at a rapid ...[Read More]

Imaggeo on Mondays: A pink and blue evening

Claudine Vanbauce January 28, 2019

A pink and blue evening. Credit: Claudine Vanbauce (distributed via imaggeo.egu.eu)

At sunset, the light travels a longer path in the atmosphere to reach our eyes than when the sun is high in the sky. At this time of the day, the light is more subject to scattering, as it interacts with more air (molecules and particles) before reaching our eyes, which explains why the sun is much less luminous and can be observed directly without being dazzled. The sun appears redder because amo ...[Read More]

Winners of the EGU Best Blog Posts of 2018 Competition

Olivia Trani January 23, 2019

Image modified from Lava glow and space at the Kilauea volcano. Credit: Andreas Johnsson (distributed via imaggeo.egu.eu).

There is no doubt that 2018 was packed full of exciting, insightful and informative blog posts. An impressive 382 posts were published across the EGU’s official blog, GeoLog, as well as the network and division blogs! In December, to celebrate the excellent display of science writing across the network and division blogs, we launched the EGU Blogs competition. From a list of posts selected by our ...[Read More]

Geosciences Column: Using volcanoes to study carbon emissions’ long-term environmental effect

Olivia Trani January 17, 2019

Mammoth Mountain, a lava dome complex in the Sierra Nevada, California. Scientists have been studying the ecosystem's response to the volcano's carbon emissions. Credit: Hike395 distributed via Wikimedia Commons

In a world where carbon dioxide levels are rapidly rising, how do you study the long-term effect of carbon emissions? To answer this question, some scientists have turned to Mammoth Mountain, a volcano in California that’s been releasing carbon dioxide for years. Recently, a team of researchers found that this volcanic ecosystem could give clues to how plants respond to elevated levels of carbon d ...[Read More]