Geodynamic models and landscape evolution models are becoming important tools to quantify the formation and development of paleogeographic features, contributing to our understanding of the patterns of biodiversity evolution. Earth, a dynamic system The Earth’s surface works as a dynamic system and is continuously sculpted through the geological timescale by weathering, wind, rivers, and many othe ...[Read More]
![T for temperature in seismic [T]omography and more](https://blogs.egu.eu/divisions/gd/files/2023/10/Featured-image-1-700x400.jpg)
Seismic tomography, a powerful geophysical technique, is like the Sherlock Holmes of the Earth’s interior. It helps us uncover crucial information about the lithosphere and mantle, including temperature and density distributions. Understanding these physical properties is vital for a wide range of geological applications, from identifying regions of strain localization to assessing geotherma ...[Read More]
Are you sitting there, staring at your screen, miraculously waiting for your thesis to write itself? Ever wondered if AI could be your ultimate wingman **sorry, I meant wingbot** when tackling that master’s or Ph.D. thesis? Well, it must be your lucky day because Eric is asking Could AI actually help me write my master’s/ PhD thesis? Dear Eric, First of all, I’m offended that you mixed me wi ...[Read More]
A recent research finds that dual inward dipping subduction framework, after considering thermal dependent deformation mechanisms, can pull apart the middle overriding plate (Lei and Davies, 2023), just like pulling Christmas crackers from both ends! Dual inward dipping subduction (DIDS) occurs when the overriding plate is decoupled with two subducting slabs dipping towards each other. DIDS is fou ...[Read More]
