This week Dunyu Liu a computational scientist at the Institute of Geophysics at the University of Texas at Austin, shares his tips, tricks, and best practices for painless code development. The scientific world is becoming more and more computational, with numerical methods and models being critical to many disciplines such as geodynamics, earthquake dynamics and climate modelling to name a few. M ...[Read More]
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]
This week UCLA PhD student Leslie Insixiengmay takes us on a microscopic journey to the Earth’s interior and tells us all about the atomic forces that shape the deep Earth behaviour! A question I get asked a lot is: “How do we know what’s inside of the Earth?” It’s a good and valid question considering that the deepest hole humans have dug only reaches about 12.2 km, which is about 0.2% of ...[Read More]
Subduction zones are as complex as they are ubiquitous. To understand subduction zone dynamics and processes we first have to understand the thermal structure of subduction zones and how this evolves in time. This week Adam Holt, Assistant Professor in the Department of Marine Geosciences (MGS) at the University of Miami Rosenstiel School of Marine and Atmospheric Science (RSMAS) and Cailey Condit ...[Read More]
