Imaggeo

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]

Imaggeo on Mondays: a big thank you from the EGU

Laura Roberts-Artal April 25, 2016

Outside EGU General Assembly 2016. Credit: Kai Boggild/EGU (distributed via imaggeo.egu.eu) The past week in Vienna was a busy one! Hordes of Earth, ocean and planetary scientists came together to present, share and discuss their most recent scientific findings at the 2016 General Assembly. The conference was a great success, with over 4800 oral and 10300 poster presentations, as well as close to ...[Read More]

At the Assembly: Thursday highlights

Laura Roberts-Artal April 21, 2016

Welcome to the fourth day of General Assembly excitement! Once again the day is packed with great events for you to attend and here are just some of the sessions on offer. You can find out more about what’s on in EGU Today, the daily newsletter of the General Assembly – grab a copy on your way in or download it here. The Union-wide session of the day focuses on deep geofluids as the bringers of ch ...[Read More]

Imaggeo on Mondays: recreating geological processes in the lab

Laura Roberts-Artal April 11, 2016

Geomorphic analog experiment (Normal Fault) . Credit: Stephane Dominguez (distributed via imaggeo.egu.eu)

Many of the processes which take place on Earth happen over very long time scales, certainly when compared to the life span of a person. The same is true for geographical scale. Many of the processes which dominate how our planet behaves are difficult to visualise given the vast distances (and depths) over which they occur. To overcome this difficulty, scientists have developed and resorted to a n ...[Read More]