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Geodynamics

Archives / 2021 / November

The Sassy Scientist – Stating The (not so) Obvious

The Sassy Scientist – Stating The (not so) Obvious

Applying for tenure-track (or something close to that) positions is the very reason for many brilliant scientists to eventually run away from academia as fast as they can. Finding an opening, preparing your application and bracing yourself for the n-th `no thank you, but you should really try again!’ is a tedious, time-consuming, numbing, soul-destroying, kill-me-now process. Among the many ...[Read More]

To boldly go… deep sea exploring to study Earth’s interior

To boldly go… deep sea exploring to study Earth’s interior

As geodynamicists, we are sometimes oblivious on how we get the geophysical constraints in our numerical models. This week Molly Anderson, a PhD student at the University of Florida, takes us on a exciting dive to study the geochemical signatures of the East Pacific Ocean seafloor! People are often surprised to hear that the seafloor is covered with volcanoes, let alone that the most extensive cha ...[Read More]

The Sassy Scientist – Impatient Or Too Late?

The Sassy Scientist – Impatient Or Too Late?

Hilde has been ever so occupied with her research, especially finishing a manuscript for the first time. Submitting that paper was supposed to be some sort of closure, and mental solace, yet somehow there seems to be a predilection for progressive diffidence: When has enough time passed to send a reminder/enquiry to an editor if the paper is in the ‘decision with editor’-stage? Dear Hilde, DonR ...[Read More]

Sliding across the Solar System – The missing origins of gigantic landslides

Sliding across the Solar System – The missing origins of gigantic landslides

Landslides can be impressively huge and fast and can occur on all sorts of places including asteroids, rocky moons and Mars! Giulia Magnarini Post Doctoral Researcher at the Natural History Museum in London writes all about these gigantic landslides and the clues they could hold into the martian past! Gigantic landslides are ubiquitous in our solar system. Indeed, Earth, Mars, Mercury, Venus, aste ...[Read More]