Geoscientific Methods

Geo Talk: One of the youngest EGU 2016 General Assembly delegates sends sensor to space

Hazel Gibson and Kai Boggild May 13, 2016

Thomas Maier at the poster session at the 2016 General Assembly where he presented his work. (Credit: Kai Boggild/EGU)

Presenting at an international conference is daunting, even for the most seasoned of scientists; not so for Thomas Maier (a second year university student) who took his research (co-authored by Lukas Kamm, a high-school student) to the EGU 2016 General Assembly! Not only was their work on developing a moisture sensor impressive, so was Thomas’ enthusiasm and confidence when presenting his r ...[Read More]

Imaggeo on Mondays: The waxing Earth

Laura Roberts-Artal May 2, 2016

The waxing Earth from a geostationary perspective . Credit: Maximilian Reuter (distributed via imaggeo.egu.eu)

These incredible images of Earth were acquired from the European MSG-2 satellite on July 21, 2009. The MSG, which stands for Meteosat Second Generation, satellites are operated as a series of satellites which continually orbit our planet, capturing detailed images of Europe, Africa and parts of the Atlantic and Indian Ocean every 15 minutes. The data acquired is largely used by meteorologists. The ...[Read More]

When mountains collapse…

Jane Qiu April 27, 2016

The mountainsides, severely weakened by last year’s Gorkha Earthquake, is more likely to give way, especially during monsoons and aftershocks. (Credit: Kristen Cook)

Jane Qiu, a grantee of the Pulitzer Center on Crisis Reporting, took to quake-stricken Nepal last month — venturing into landslide-riddled terrains and shadowing scientists studying what makes slopes more susceptible to failure after an earthquake. The journey proved to be more perilous than she had expected. What would it be like to lose all your family overnight? And how would you cope? It’s wit ...[Read More]

Geosciences Column: An international effort to understand the hazard risk posed by Nepal’s 2015 Gorkha earthquake

Laura Roberts-Artal February 12, 2016

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]