For the third year in a row we’re running the EGU Communicate Your Science Video Competition – the aim being for early career scientists to communicate their research in a short, sweet and public-friendly video. Our judges have now selected 3 fantastic finalists from the excellent entries we received this year and it’s time to find the best geoscience communication clip! The shortlisted videos wil ...[Read More]
Imaggeo on Mondays: Moonland
What is that! . Credit: Arjun Datta (distributed via imaggeo.egu.eu)
The moon-like landscapes surrounding the Himalayan village of Lamayuru attract tourists seeking off-the-beaten track adventures. The village is enchanting, not only for the striking geological formations that frame it, but also for the presence of an 11th Century Buddhist monastery. “The rock formations are known as ‘Moonland'”, says Arjun Datta, author of this week’s imaggeo on ...[Read More]
Imaggeo on Mondays: Snow and ash in Iceland
Snow and ash in Iceland . Credit: Daniel Garcia Castellanos (distributed via imaggeo.egu.eu)
Featuring today on the blog is the land of ice and fire: Iceland. That title was never better suited to (and exemplified), than it is in this photograph taken by Daniel Garcia Castellanos in June 2013. Snow capped peaks are also sprinkled by a light dusting of volcanic ash. Dive into this post to find out the source of the ash and more detail about the striking peak. The picture is dominated by a ...[Read More]
Geosciences Column: An international effort to understand the hazard risk posed by Nepal’s 2015 Gorkha earthquake
The upper part of the Pokhara Valley and view towards the Annapurna Massif. Debris flows and floods triggered by three major medieval earthquakes delivered the vast, flat-lying and steeply dissected deposits of the Pokhara Formation. The photo was taken by Amelie Stolle. Distributed via
NASA Goddard on Flickr.
Nine months ago the ground in Nepal shook, and it shook hard: on April 25th 2015 the M7.8 Gorkha earthquake struck and was followed by some 250 aftershocks, five of which were greater than M 6.0. The devastation left behind in the aftermath of such an event, and how to coordinate disaster-relief efforts in a vast, mountainous region, is difficult to imagine. Yet, this December at the 2015 AGU Fall ...[Read More]