If you are a scientist you probably know the value of a good, well designed image. The right graph or diagram can help the reader to really grasp the meaning of a complicated theory or process, help to illuminate a critical piece of data, or highlight a key finding. But whilst much advice exists about …[Read More]
How did we (nearly) all forget about, or simply overlook, a large-scale two-year long mid-20th Century scientific expedition to the northern Greenland Ice Sheet? Particularly an expedition that kick-started some significant glaciological and geophysical careers, developed large-scale polar logistical capabilities, traversed the ice sheet, acquired some novel and critical data, and asked some big research …[Read More]
Jay likes to put in a couple of continuous hours on his project. No distractions. No students. No nothing. Nothing, but focus and progress. And then his supervisor wants to talk. Again. He grumbles: How often should you meet with your supervisor as a PhD student? Dear Jay, Unfortunately there is no one-fits-all answer to …[Read More]
Outreach is a fundamental part of science, aiming to inspire and attract the next generation of scientists. Amy Edgington from the Department of Earth Sciences at University College London gives us a glimpse behind the curtain of the GeoBus programme, a free mobile outreach programme that brings interactive Earth Science workshops into the classroom. This …[Read More]
What makes you unique as a scientist? Most of us are confronted with this question sooner or later in our career, for example when applying for jobs or research grants. The answer is not always easy, especially for Early Career Researchers (ECRs) still developing a strong scientific profile. For me, being able to clearly identify …[Read More]
Caldera-forming eruptions represent some of the most dangerous natural hazards we have to face on Earth. If happening today, a single caldera-forming eruption would have a devastating impact on the population living around the volcano, destroy the surrounding environment, and also strongly influence the global climate. But what actually is a caldera and how do …[Read More]
Antarctica is well known for its large ice sheet, covering 98% of the continent. A large part of the ice sheet is losing mass leading to vertical and horizontal movements of the crust as well as changes of the gravitational attraction. To observe these changes in gravity with the highest accuracy, it is necessary …[Read More]
“I was told that there will be a piedmont glacier on the way from Station Nord, a Danish military base in northeast Greenland, to our destination in no-man’s-land next to the 79°N Glacier. On half the way, we passed the beautiful Elephant Foot Glacier, named after its symmetric shape originating from the viscous flow of …[Read More]
Each year EGU presents several keynote sessions called the Union Symposia and Great Debates. These Union-wide events are carefully selected each year to cover topics that are of broad interest to our members, regardless of which Division or field of Geoscience they most closely associate with. During the two weeks of the meeting we …[Read More]
Teresa has attended a conference or two. She published a paper or three, co-convened an EGU session or four and was ‘part of a research team’ or five (meaning: did most of the work and ended up as co-author number ‘who-cares’ in the list). Disillusioned she sighs: How do I get senior scientists to take …[Read More]
