Geotalk is a regular feature highlighting early career researchers and their work. Following the EGU General Assembly, we spoke to Eleanor Frajka-Williams, the 2017 Ocean Sciences Division Outstanding Early Career Scientists awardee. In her work, Eleanor uses real-world measurements – from ships, satellites, sea gliders and moorings – to understand how the world’s oceans work. …[Read More]
EGU Scientific Divisions
Imaggeo on Mondays: Snow folded by advancing lava
The photograph shows the interaction of the first snow and an active lava flow during the 2014 / 2015 Holuhraun eruption in Iceland. The first snow fell onto a ground covered by fine black ash on 26 September 2014. While the meter thick lava flow advanced a few meters per day, it neither melted the snow …[Read More]
Geopolicy: How does scientific uncertainty translate into policy?
Scientific uncertainty is one of the only things in science that is certain. It’s found in complex modelling systems, in the unpredictability of natural processes and even when there seems to be scientific consensus, a new scientific discovery can recreate ambiguity. But how do policymakers deal with scientific uncertainty when they are making decisions? Policymakers …[Read More]
Get involved: become an early career scientist representative
Early career scientists (ECS) make up a significant proportion of the EGU membership and it’s important to us that your voices get heard. To make sure that happens, each division appoints an early career scientists representative: the vital link between the Union and the ECS membership. After tenure of two or four years, a few …[Read More]
Imaggeo on Mondays: Decreasing Moon
This picture shows the decreasing Moon on May 6, 2015, two days after the full Moon, as viewed from Hamburg, Germany. There are still 96.4% of the lunar front illuminated. The Moon does not glow on its own, but its surface reflects the sunlight. The Sun always illuminates a complete half of our natural satellite, …[Read More]
Geosciences Column: The hunt for Antarctica’s oldest time capsule
The thick packs of ice that pepper high peak of the world’s mountains and stretch far across the poles make an unusual time capsule. As it forms, air bubbles are trapped in the ice, allowing scientists to peer into the composition of the Earth’s atmosphere long ago. Today’s Geosciences Column is brought to you by …[Read More]
Communicating Antarctic science…in the Antarctic
Communicating the fragility of one of Earth’s remotest environments is hugely difficult, precisely due to the location of the poles. Jon Fuhrmann, a freelance science writer and guide on Antarctic cruises, discusses the potential benefits of taking tourists to these once inaccessible locations, especially when it comes to making members of the public aware of …[Read More]
Imaggeo on Mondays: The best of imaggeo in 2017
Imaggeo, our open access image repository, is packed with beautiful images showcasing the best of the Earth, space and planetary sciences. Throughout the year we use the photographs submitted to the repository to illustrate our social media and blog posts. For the past few years we’ve celebrated the end of the year by rounding-up some …[Read More]
Imaggeo on Mondays: New life on ancient rock
For the start of a new year, we bring you a photograph featuring some of the oldest rocks in the world but bursting with new life. The image, taken by Gerrit de Rooij, of the Helmholtz Centre for Env. Res. – UFZ, comes complete with an informative caption which we’ve included below. May the new …[Read More]
MinCup: Elevating humble minerals to new heights
Throughout October and November, the world of (Earth science) Twitter was taken by storm: Day after day, Eddie Dempsey (a lecturer at the University of Hull, and @Tectonictweets for those of you more familair with his Twitter handle) pitted minerals against each other, in a knock out style popular contest. The aim? To see which …[Read More]