@egu-gd.bsky.socialDaniel Douglas (Boston College) teaches us everything about poroelasticity, water in #subduction zones and... sponges under the sea! Are you ready kids? Aye, aye, Captain! ⚓ 🧽
Edited by: Valeria Fedeli
🎨 Pacific Coastal and Marine Science Center
@tenuretracker.bsky.socialCentre National de la Recherche Scientifique is hiring:
Researcher on the Modelling of the Geodynamic Evolution of the Lunar Interior
@igc2028canada.bsky.socialReview guidelines and submit your proposal: Session / Workshop / Short Courses Submission Portal.
Check our First Circular: www.igc2028canada.org
#IGC2028Canada #IGC2028 #GeosciencesForHumanity #ScientificProgram #CategoryV #SupercontinentCycles #LargeIgneousProvinces #Geodynamics
@keaipublishing.bsky.social🔬 Study reveals how Myanmar's deadly earthquake in 2025 tore open a 500-km rupture
📒 Journal: Geodesy and Geodynamics
🔍 Discover the study: https://ow.ly/wlJv50ZPvHP
#earthquake #Myanmar #Geodesy #Geodynamics
@bigearthdata1.bsky.socialThe Palæo Data Cube: A #DigitalEarth of the past inspired by present-day Big Earth Observations Data practices
👉 doi.org/10.1080/2096...
#EarthObservation #GeoServer #GeoNetwork #palæoclimatology #geodynamics #DataCube #Palæogeography #tectonics #SDGs #remotesensing
@greggiuliani.bsky.social
@ocasapiens.bsky.socialDeep Asian continental fragments suggest that about 550 million years ago Gondwana was supercontinent too, & there are no periodic cycles with gaps of 500 million years or more between them.
@egu-gd.bsky.socialWhat if something has been quietly stealing time from your day for millions of years? The reason lies 100s of km beneath your feet and it’s been shaping our planet from within
Read @astrodoc.bsky.social’s blog: lnkd.in/dThPArjB
Edited by @amrikm.bsky.social
🎨 Image: Paula Koelemeijer
#Geodynamics
@okaragoz.bsky.socialAnalogue modelling and Venusian mantle dynamics at #EPSC2026
We presented two of our latest studies, exploring lithospheric dripping and delamination beneath coronae, and how the giant polygonal structure of Venusian lowlands may reveal deeper mantle dynamics.
@okaragoz.bsky.socialOur work on thermally weakened lithospheric foundering on Venus is at #EPSC2026! 🪐
3-D analogue experiments exploring the transition from stagnant-lid to plutonic squishy-lid tectonics and the formation of coronae.
📍 Poster F2.56
