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Geodynamics

geodynamics

Geodynamics & Tectonics on-the-go

Geodynamics & Tectonics on-the-go

In 2020, we found ourselves fully immersed in the world of virtual seminar series, a trend that has continued since then. By that time, the blog team made a compilation of seminar series of interest to the Geodynamics community. Four years have passed bringing both new additions and some that have become inactive. It’s now …[Read More]

Exploring rheology of Earth’s materials: The marvels of high-temperature high-pressure deformation experiments

Exploring rheology of Earth’s materials: The marvels of high-temperature high-pressure deformation experiments

The Earth, with its towering mountains, shifting tectonic plates, and dynamic geological processes, has always been a subject of fascination and inquiry for scientists. Amidst the vast array of scientific disciplines, one relatively small yet impactful field, known as experimental rock deformation, plays a crucial role in unraveling the mysteries hidden beneath the Earth’s surface. …[Read More]

H2 production associated with mantle wedge hydration in subduction zones

H2 production associated with mantle wedge hydration in subduction zones

Dihydrogen (H2) is a promising source of energy that may allow reducing carbon emissions in industry and transportation. Artificial production methods have been explored, natural sources of H2 (also called white dihydrogen) offer a more eco-friendly and cost-effective production process. In this week’s blog post, Alexis Gauthier, a PhD student from ISTeP, France, is discussing …[Read More]

Multiengine-driving Tethyan evolution

Multiengine-driving Tethyan evolution

The highest mountain range in the Alps in the Western Europe, the towering peaks of the Himalayas in Asia, and ~1/3 world crude oil production in the middle east – what brings these remarkable nature gift together? The answer is Tethyan orogenic belt, which spans across the entire Eurasian continent. This week, we are privileged …[Read More]

Mantle, Mountains and Molluscs

Mantle, Mountains and Molluscs

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 …[Read More]

Dual inward dipping subduction: A Christmas Cracker Model

Dual inward dipping subduction: A Christmas Cracker Model

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. …[Read More]