This is a joint post, published together with the hydrological sciences division blog, the cryospheric sciences division blog, the geomorphology division blog, given the interdisciplinarity of the topic. – Floreana Miesen and Prof. Dr. Stuart Lane, University of Lausanne – In Switzerland, nothing is really remote, but some places are more so than others. Dense …[Read More]
In this week’s wit and wisdom, Jyotirmoy Paul, a PhD student at the Indian Institute of Science, analyses the outlook of geoscience from the third world’s perspective. Academia has been shaped and influenced by the course of world history. The third world concept was seeded in Brussels, 1927, in a gathering of the League Against Imperialism1 and …[Read More]
In Switzerland, nothing is really remote, but some places are more so than others. Dense infrastructure networks typically provide convenient access to research sites in the Alps where it is difficult to feel far away from home. However, this is not always the case… For us, our home for the summer is a bit different. …[Read More]
An interview with Arie van Wettum In many universities, students and staff will go out into the field to deploy seismometers, collect data, and service instruments. Students get a sense of the area their data is coming from, the difficulties that are involved with deploying and recording data, and although inexperienced at the beginning, they …[Read More]
There is a place in the NE of Mexico where anyone can learn heaps about the dynamics of the ground beneath our feet while enjoying the wonders of the desert. Geologists call the area ‘La Popa Basin’. La Popa means “The Bow”, a name that comes from the shape of one of the mountains in …[Read More]
Diplono Petris near Agios Pavlos in the south of Crete island is one of Europe’s most impressive folded rock formations. The rock strata document an alternation of different limestone layers in the pindos top of the Cretan ceiling pile. These sediments, once deposited in a deeper ocean basin of the Pindos Ocean, were deformed in …[Read More]
Stuck at home, Roger keeps alive the hope of returning to fieldwork. Obviously, he wants my thoughts on: What are your top tips for planning fieldwork during a pandemic? Dear Roger, I see you started the long and costly process of planning remote fieldwork, only to have it cancelled by a pandemic. Given the huge …[Read More]
When the Antarctic ice sheet loses mass, the pressure it exerts on the underlying solid Earth decreases. As the ice sheet becomes less heavy, the Earth’s surface is not pressed down as much as before and therefore slowly rises up. In some regions, this rebound process is much faster than previously thought and could stabilise …[Read More]
A Natural Hazards Earth System Sciences (NHESS) paper proposes a new sampling method for reducing uncertainty in geographical location in seismic hazard risk analysis, with implications for the insurance industry and risk communication in general. Globally, rapid urbanisation is increasing the risk of exposure of human populations and infrastructure to natural hazards, including earthquakes …[Read More]
Each month we feature specific Divisions of EGU and during the monthly GeoRoundup we will be putting the journals that publish science from those Divisions at the top of the Highlights roundup. For October, the Divisions we are featuring are: Natural Hazards (NH), Hydrological Sciences (HS) and Seismology (SM). They are served by the journals: …[Read More]