Detail of a photo: Large angular boulder beside a shallow pebbly stream in a grassy mountain valley, below steep forested slopes and rocky peaks under a dramatic blue sky, in heavily processed colours.
EGU Blogs

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Unveiling the Secrets of the Deepest Inland Trough: The Denman Terrestrial Campaign

Unveiling the Secrets of the Deepest Inland Trough: The Denman Terrestrial Campaign

Greetings from the heart of Antarctica! This week on the EGU Geodynamics blog, we are thrilled to share an exclusive insight into the groundbreaking Denman Terrestrial Campaign. Live from the icy expanse of the white continent, a team of geophysicists—Shyla Kupis, Dr. Lu Li, Dr. Mareen Lösing, Dr. Coti Manassero, Dr. Tobias Stål, and Dr. …[Read More]

EGU Photo Competition 2024: Now open for submissions!

EGU Photo Competition 2024: Now open for submissions!

If you are registered for the EGU24 General Assembly (14 – 19 April), you can take part in our annual photo competition. Winners receive free registration to next year’s General Assembly! It’s that time of year again! Yes, today the fourteenth annual EGU photo competition opened for submissions!! Until 28 March, every participant registered for the …[Read More]

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Bits and Bites of Geodesy — Where is the centre of the Earth? Why do we care?

Bits and Bites of Geodesy — Where is the centre of the Earth? Why do we care?

We introduce you to our new blog series Bits & Bites of Geodesy. In this blog post series, we aim to communicate small chunks of geodetic fun facts that are easy to digest. In short, posts meant for everyone, facts about geodetic measurement techniques, challenges, and concepts are presented. These bite-sized articles will unravel the …[Read More]

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TS Must-Read – Hudec and Jackson (2007) Terra infirma: Understanding salt tectonics

TS Must-Read – Hudec and Jackson (2007) Terra infirma: Understanding salt tectonics

The TS Must-Read paper by Hudec and Jackson (2007) provides a combination of analogue models and natural cases to describe, in a review paper, salt flow mechanisms, diapir growth, and the ways these processes interact with regional deformation, in compression and extensional tectonics.     Salt is mechanically weak and can flow like a fluid …[Read More]