Imaggeo

At the Assembly 2017: Friday highlights

Laura Roberts-Artal April 28, 2017

We hope you’ve had a wonderful week and look forward to seeing you in 2018! Credit: Keri McNamara/EGU

The conference is coming to a close and there’s still an abundance of great sessions to attend! Here’s our guide to getting the most out of the conference on its final day. Boost this information with features from EGU Today, the daily newsletter of the General Assembly – pick up a paper copy at the ACV entrance or download it here. The final day of the conference kicks off with the last Great Deb ...[Read More]

Photo Contest finalists 2017 – who will you vote for?

Laura Roberts-Artal April 24, 2017

The selection committee received over 300 photos for this year’s EGU Photo Contest, covering fields across the geosciences. The fantastic finalist photos are below and they are being exhibited in Hall X2 (basement, Brown Level) of the Austria Center Vienna – see for yourself! Do you have a favourite? Vote for it! There is a voting terminal (also in Hall X2), just next to the exhibit. The results w ...[Read More]

Imaggeo on Mondays: In the belly of the beast

Alexandra Kushnir April 17, 2017

Conducting research inside a volcanic crater is a pretty amazing scientific opportunity, but calling that crater home for a week might just be a volcanologist’s dream come true, as Alexandra postdoctoral researcher at the Institut de Physique du Globe de Strasbourg, describes in this week’s Imaggeo on Mondays. This picture was taken from inside the crater of Mount St Helens, a stratovolcano ...[Read More]

Imaggeo on Mondays: Atmospheric gravity waves

Laura Roberts-Artal April 10, 2017

Atmospheric gravity waves . Credit: Jorge Magalhaes and Jose da Silva (distributed via imaggeo.egu.eu)

From the tiny vibrations which travel through air, allowing us to hear music, to the mighty waves which traverse oceans and the powerful oscillations which shake the ground back and forth during an earthquake, waves are an intrinsic part of the world around us. As particles vibrate repeatedly, they create an oscillation, which when accompanied by the transfer of energy, creates a wave. The way in ...[Read More]