🚨👇How much plastic damage does a deep #earthquake produce?We measured residual stress in exhumed seismic faults with HR-#EBSD and calculated the energy budget of the earthquake. Nice work, thanks @EXCITE_network and @forskningsradet! ⛰️🔬 https://t.co/DAWIkAXEGb
Very good catch of the day doing #fieldwork on faults and shear zones in the subduction channel, where fluids were passing through rocks from the Earth’s mantle. Enjoying #geology and stunning sceneries with great crew of friends and colleagues from @Unibo
The lower crust is strong and can generate earthquakes during continental collision. This happened 420 million years ago, when Baltica and Laurentia collided to form the mighty Scandinavian Caledonides. Watch @sheared_sash telling us how it happened. 👇🎬🎥⛏️🔬⛰️
Straight from the Goldschmidt Lab at UiO we present to you @sheared_sash giving a rundown on his latest paper: Dating fossil lower-crustal earthquakes by in-situ apatite U-Pb geochronology https://t.co/XrMG6Av3dl
Enjoy!! 🍿 🎥
It has been an incredibly inspiring and exciting June so far, discussing #earthquakes, #tectonics, #geophysics, #microstructures and other cool things with wonderful colleagues from around the world, first in the magnificent #Lofoten and then at @DNVA1, thanks everyone! 🤩⛰️🔬
Let’s go! Great start of the day/week with the FricFrac conference at @DNVA1 with many international speakers! Looking forward to inspiring discussions. @NjordUiO
Another year of @EuroGeosciences comes to a close. Our ECS showcased Njord’s strengths in understanding earth processes brilliantly. A week full of strengthening connections, meeting new people, and developing skills. Can’t wait for next year! #EGU24
Off to Vienna for #egu24 ! Many ECS members of our Njord family are giving presentations on glacier dynamics, molecular dynamics modelling of fractures in basalts, fracture experiments, and microstructures on fault rocks from the lower-crust. Check them out and see you in Vienna!
I had a great time in Turin teaching orogenesis and applied structural #geology in the last two weeks! A lovely city in the cradle of the #Alps. Thanks @rodo34751929 for the kind hospitality, maybe next time in Norway to look at the #Caledonides 😊⛰️🔬
@wukaimi @KeepItRheol @martijnende@Harold_Tobin@sheared_sash Hi all, very nice discussion! Kamil’s question: I’d say that thinning, flattening and shearing of survivor clasts via e.g. dislocation creep is a good criterion to identify later viscous creep of quenched melt.
Nice work that managed to date lower-crustal fossil #earthquakes from Lofoten for the first time, combining U-Pb on apatite with #EBSD and CL. Lower-crustal faults and shear zones are preferential fluid conduits in the otherwise dry lower crust even long after they formed
We have an age! Check out our latest paper on dating lower-crustal earthquakes! We combined apatite U-Pb data with microstructural observations (EBSD, CL). Open access!
@MicroLuca@NjordUiO
https://t.co/zfjxCGbVZk