You have proposed a session for EGU2017. Now you have to announce it, spread it, spread it … The best thing you can do is design a flyer. A flyer helps to send the information and that the interested people receive and understand it quickly. For several years, the SSS has organized the flyers contest, which is a way to increase the visibility of your session and have fun. This was the winner ...[Read More]
From supercharging your scientific skills, to boarding your base in science communication or picking up tips on how to boost your career – be it in academia or outside – short courses can be one of the highlights of the General Assembly programme. But, did you know that any EGU member (you!) can propose a short course? You’ve got until 20 January 2017 to complete the application. This quick ...[Read More]
The flooded caldera of Santorini volcano holds many secrets, buried beneath the ash and pumice of its last great eruption. In the Late Bronze Age, about 3600 years ago, an explosive eruption several times larger that of Krakatoa, 1883, wreaked devastation across this thriving island. A great trading port, Akrotiri, was buried under metres of pumice; preserving for future generations a snapshot of ...[Read More]
The EGU is committed to promoting the participation of both early career scientists and established researchers from low and middle income countries who wish to present their work at the EGU General Assembly. In order to encourage participation of scientists from both these groups, a limited amount of the overall budget of the EGU General Assembly is reserved to provide financial support to those ...[Read More]
On account of Mount Etna (Europe’s largest volcano), the island of Sicily is peppered with geological wonders. Starting with the summit craters of the volcano itself, right through to over 200 caves formed within lava tubes, the island is packed with volcanic sights.Chief among them is Gole dell ‘Alcantara, a system of gorges formed 8,000 years ago in the course of the river Alcantara ...[Read More]
What do volcanoes mean to you? This is perhaps not a question to ask a volcanologist (cue: a paean to their current flame); but what do they mean to the publics? Fire and brimstone? Death and destruction? Of humans pitted against mountains? Or is it something else? Perhaps the answer is obvious, but it is certainly something we need to think about when preparing for an audience: what will they exp ...[Read More]
Researching the Earth’s climate of the past, helps scientists make better predictions about how the climate and our environment will continue to be affected by, change and adapt to rising temperatures. One of the most invaluable sources of data, when it comes to understanding the Earth’s past climate, are historical meteorological records. Accounts of weather and climate conditions for the Souther ...[Read More]
Chilean Patagonia hosts many of the most inhospitable glaciers on the planet – in areas of extreme rainfall and strong winds. These glaciers are also home to some of the most spectacular glacier caves on Earth, with dazzlingly blue ice and huge vertical shafts (moulins). These caves give us access to the heart of the glaciers and provide an opportunity to study the microbiology and water drainage ...[Read More]
Producing deep geothermal energy involves using a well, which can be several kilometres deep, to extract hot water in the aim of using its heat to generate electricity or for industrial applications. The well is drilled into what’s called a geothermal reservoir; rock containing empty space, or porosity, which allows the passage or storage of fluids. Sometimes hot water is already sufficiently pres ...[Read More]
After our first edition of Minds over Methods, which was about Numerical Modelling, we now move to Rock Experiments! How can rock experiments be used to study processes within the Earth? We invited Giacomo Pozzi, PhD student at Durham University, to explain us how he uses rock experiments to study fault behaviour during earthquakes. Experimental earthquakes to understand the weak behaviour ...[Read More]
