A very important part of science, which is getting more and more attention, is how to share and manage our data. This week, Adina E. Pusok, Postdoctoral Researcher at the Department of Earth Sciences, University of Oxford, shares thoughts and tips on how to make our science fairer. So, what is FAIR for Geodynamics? This …[Read More]
‘Now, more than ever, we need science’, thinks the editor of this blogpost as he works from his small studio paid by a rent-burdened academic salary while under lockdown in California due to the COVID-19 pandemic. However, the need for an open, fair, inclusive science seems to be ignored all across the world by policy …[Read More]
An important part of science is to share your results in the form of papers. Perhaps, even more important is to make those results understandable and reproducible in the Methods section. This week, Adina E. Pusok, Postdoctoral Researcher at the Department of Earth Sciences, University of Oxford, shares some very helpful tips for writing the …[Read More]
Geoscientists frequently use forward geodynamic simulations to test hypotheses derived from geophysical and geologic observations. While numerical simulations of lithospheric deformation have lead to key advances in our understanding of tectonic processes, in many cases it remains difficult to ascertain whether numerical models reproduce observations for the correct underlying regions. This week, John Naliboff and …[Read More]
In a new regular feature, Paul Tackley, president of the EGU geodynamics division, writes about his role as a president, and gives us an insider’s view on how EGU works and is preparing for the future. Stepping into the role of GD Division President has given me a big learning experience about how the European …[Read More]
Subduction zones are ubiquitous features on Earth, and an integral part of plate tectonics. They are known to have a very important role in modulating climate on Earth, and are believed to have played an essential part in making the Earth’s surface habitable, a role that extends to present-day. This week, Antoniette Greta Grima writes …[Read More]
Conferences are an integral part of a PhD. They are the forum for spreading the word about the newest science and developing professional relationships. But as a PhD student they are more likely to be a source of palpitations and sweaty palms. This week Kiran Chotalia writes about her personal experience on conferences, and lessons …[Read More]
In geodynamics we study the dynamics of the Earth (and other planets). We ground our studies in as much data as possible, however we are constrained by the fact that pretty much all direct information we can collect from the interior of the Earth only shows its present-day state. The surface rock record gives us …[Read More]
Apart from our own planet Earth, there are a lot of Peculiar Planets out there! In this series we take a look at a planetary body or system worthy of our geodynamic attention, and this week we are back to our own solar system, more precisely to our neighbour Mars. In this post, Robert Citron, PhD student …[Read More]
As big software packages become a commonplace in geodynamics, which skills should a geodynamicist aim at having in software development? Which techniques should be considered a minimum standard for our software? This week Rene Gassmöller, project scientist at UC Davis, Computational Infrastructure for Geodynamics, shares his insights on the best practices to make scientific software better, and how we can work …[Read More]
