The grants will be awarded to EGU members interested in developing an outreach project to raise awareness of the geosciences outside the scientific community. The deadline for applications is 18 June.
Two intertwined atmospheric processes drive the formation of many extreme precipitation events, especially in dry subtropical regions, according to a study published in Weather and Climate Dynamics. The results show these combined processes have played a key role in creating many historic flooding events, which have led to thousands of fatalities and injuries and billions of dollars in damage.
Each year the EGU honours individuals for their significant contributions to the Earth, planetary, and space sciences. Union members are asked to submit their nominations for all 2022 medals and awards by 15 June 2021.
From ten keynote presentations and dozens of Short Courses to thousands of vPICO presentations, the programme for the EGU General Assembly 2021 is now finalized. Here, the most up-to-date schedule information—all in one place.
The present study investigates the response of the high-latitude carbon cycle to changes in atmospheric greenhouse gas (GHG) concentrations in idealized climate change scenarios. We find that at a global mean temperature of roughly 1.75 K (±0.5 K) above pre-industrial levels the high-latitude ecosystem turns from a CO2 sink into a source of atmospheric carbon, with the net fluxes into the atmosphere increasing substantially with rising atmospheric GHG concentrations. This is very different from scenario simulations with the standard version of the MPI-ESM, in which the region continues to take up atmospheric CO2 throughout the entire 21st century.
Atmospheric jet streams are typically separated into primarily “eddy-driven” (or polar-front) jets and primarily “thermally driven” (or subtropical) jets. Here, we link the current understanding of dynamical jet maintenance mechanisms, mostly arising from conceptual or idealized models, to the phenomena observed in reanalysis data.
The last time in Earth’s history when high latitudes were warmer than during pre-industrial times was the last interglacial period (LIG, 129–116 ka BP). Since the LIG is the most recent and best documented interglacial, it can provide insights into climate processes in a warmer world. However, some key features of the LIG are not well constrained, notably the oceanic circulation and the global carbon cycle. Here, we use a new database of LIG benthic δ13C to investigate these two aspects.
Despite finishing his experiments and writing up his thesis during a pandemic, Markus wants to keep climbing the academic pyramid. Reflecting on some of his choices during his PhD, he now asks: I didn’t spend anytime building my network during my PhD. Can I get a postdoc? Dear Markus, Of course! Academia represents the pursuit of scientific knowledge and the expansion of our collective understanding of The World as a species. Therefore, as science is broadly interested with measuring and …
A recently published report from the European Commission’s Joint Research Centre has found that our democracy is under pressure from the influence that social media has on our political opinions and our behaviours. What can be done to mitigate this and what could it mean for our democracy, society and scientific community? The pros and cons of living in an increasingly online world The pros and cons of living in an increasingly online world The COVID-19 pandemic has affected our …
The Alps were the first mountains to be studied from a glaciological point of view in the 19th century and they host some of the most studied glaciers of Earth. Some of them are found in the Central Alps and in particular, the Ötztal Alps. Just to cite the most known and largest glaciers in this Alpine sector, we can mention Hintereisferner or Vernagtferner. But in the Ötztal Alps you can also find many small glaciers which, as it often …