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Geodynamics

Geodynamics

Equilibrium Crustal Thickness and Dynamics of Earth’s Lithosphere: The Answer is 42.

Equilibrium Crustal Thickness and Dynamics of Earth’s Lithosphere: The Answer is 42.

“The Hitchhiker’s Guide to the Galaxy” had the answer; we think we have the right question. This week, Ajay Kumar from IISER Pune, India, will take us on a journey to the depths of the Earth’s lithosphere – a world as mysterious as the farthest reaches of the Universe. We will see what the thickness of the Earth’s crust can tell us about the balance between the ...[Read More]

How we made QUARTETnary – the card game about the geological time scale

How we made QUARTETnary – the card game about the geological time scale

QUARTETnary is an educational card game about the geological time scale. Consisting of 60 beautifully illustrated cards, QUARTETnary explores the events in Earth’s history: from dinosaurs to humans and from the formation of the Alps to the formation of the Himalayas. It was designed by Iris van Zelst (me! Your fabulous former Editor-in-Chief), and illustrated by Lucia Perez-Diaz (also a former edi ...[Read More]

Regional viscosity variations in Earth’s mantle

Regional viscosity variations in Earth’s mantle

For understanding the dynamics and evolution of the Earth’s mantle, knowledge of mantle’s viscosity structure is very important. In this week’s blog, Kenneth Gourley from University of Arizona discusses the variation of viscosity structure in Earth’s mantle in regional scale.   In order to understand the dynamics and evolution of the Earth’s mantle, geodynamicists model mantle fl ...[Read More]

The Sassy Scientist – Funding the Abyss

The Sassy Scientist – Funding the Abyss

Has the ocean temperature risen again? Are you tired of dressing like an onion to adapt to 15 degrees of change in a day? Here we have a cooling question. Peter asks: If you had infinite funding, what would you do? Dear Peter, If I had infinite funding, you’d find me setting up my new office at the bottom of the Mariana Trench – because if you’re going big, might as well go seven miles deep, ...[Read More]