In this and upcoming posts guest writer Kathrin Spieker will share her thoughts and experience about how to improve writing skills specifically aimed for publishing in scientific journals. Kathrin is a young seismologist who has recently started publishing her research as part of her PhD study. In this little series, I will talk about the …[Read More]
There is hardly a subject in all nature, of which the majority of people has so unclear terms and which has hitherto been so completely misunderstood, as the soil on which they walk. F.A. Fallou Soil is often considered as the skin of the Earth and is located at the interface between the lithosphere, …[Read More]
The impact of the oral, poster and PICO presentations of the Soil System Sciences Division of the EGU is greater and greater. Because of the relevance of research results, conveners and contributors often decide to promote the publication of journal special issues. This list is a compilation (probably not complete) of some of these special …[Read More]
Many glaciologists look forward to going on fieldtrips and then, once they are back, they make us dream by posting breathtaking photos (like THIS or THIS or THIS). However, the reality of the field can sometimes be very different…. The picture illustrates how difficult it can be to work on sea ice when the snow on …[Read More]
“The outcome of this project will help us to understand the Amazonian forest system before we all destroy it completely” The Amazon Rainforest in South America represents the Earth´s largest rainforest, housing at least 10% of the world´s known biodiversity and consisting of more than 350 billion individual trees. Besides its large diversity in floral …[Read More]
Sarah Connors, EGU Science Policy Fellow Antonio Jordán, University of Seville Soil is often considered as the skin of the Earth and is located at the interface between the lithosphere, hydrosphere, atmosphere and biosphere. Soil is the physical and nutritional support for living organisms in emerged areas.
The Greenland Ice Sheet contains enough fresh water to raise global sea level by around 6 m, therefore it is very important to understand how the ice moves from the interior of the ice sheet towards the oceans. Processes that happen at the base of the ice sheet, where the ice meets the bed, are …[Read More]
A new global S-wave model has recently been published in Geophysical Journal International. While this sounds exciting enough to tomographers and geodynamicists, this model has been constructed in a rather avant-garde way, too. It is one out of only two global tomographic models ever to be made based on the Earth’s background oscillations, that is long-periodic …[Read More]
The blue ice areas of Antarctica are one of the most fascinating parts of the ice sheet. In these regions, snowfall is so low that the ice is laid bare by the wind and consequently sublimates. This exposes beautiful, blue ice surfaces, like an ocean frozen in time. This picture was taken at a site …[Read More]
A new study combining satellite observations and model simulations shows that clouds increase meltwater runoff in Greenland by one-third compared to a cloud-free scenario. Precipitation effects not considered, clouds above the Greenland ice sheet reduce its Surface Mass Balance (SMB) [red in figure] compared to clear-sky conditions [blue in figure]. Because clouds trap the outgoing …[Read More]