Finally, it is shown that anisotropic inversions of joint P- and S-wave traveltimes could provide unprecedented information on the dynamic evolution of subduction, mid-ocean-ridge, and plume environments. (3/3)
@FaccendaManuele@bpvanderbeek
https://t.co/jcdpQTClTm
Here a new method is proposed for constraining arbitrarily oriented rock fabrics using both traveltime and splitting intensity observations from direct S phases. (2/3)
@bpvanderbeek @LobueRosalia @f_rappisi @FaccendaManuele
https://t.co/6r7LZleZlE
Great time at #ingv Catania!
A new adventure for the imaging of the Earth’s interior has begun, searching for seismic #anisotropy and crustal structures in a volcanic field.
‘Read the Paper with the Author’ Series
Title:
Slab Geometry and Upper Mantle Flow Patterns in the Central Mediterranean From 3D Anisotropic P-Wave Tomography
Lightning talk (F. Rappisi):
https://t.co/ylCCsQDgzr
Link to the paper:
https://t.co/r6omf4MTvr
🙌🏽Congratulations to Luca Del Rio, Leonardo Pasqualetto, Allyson Viganò, Francesco Rappisi, Cinzia Scaggion, Sofia Lorenzon e Rosalia Lo Bue who today got their PhD in Geosciences! (Elena Bellizia is also part of the group).
👏🏽From @GeoUnipd our best wishes for the future
The adage “A picture is worth a thousand words” is often used. When it comes to #glacier changes, it could not be more true. Judge it yourself! This repeat-photo is from #Gornergletscher near #Zermatt. More words needed?
How does grain-scale compositional layering form? And can it affect mantle dynamics? After lots of energies spent on solving this challenging numerical problem, the final product is now freely available here:
https://t.co/Izzq3kIXHD
@theAGU@ERC_Research
A very interesting paper by the @NewtonProject1! Extrinsic Anisotropy of Two‐Phase Newtonian Aggregates: Fabric Characterization and Parameterization https://t.co/bAwGfGV8U6
Our study on the recent #geodynamic evolution of the Central Mediterranean constrained by #seismological observations is out (and open access):
https://t.co/LpTFZRcsKk
@micROCKScopica @SocGeol@soc_min_pet@CambSchMines 💻 Don’t miss the #webinar of the #geounipd series: “Influence of plate tectonics on life evolution and biodivesity: biogeodynamical modeling”, by Prof. Taras Gerya (@ETH_ERDW)
🗓️ 4 May, 4:30 pm
The webinar is open to anyone. Info and Zoom link: https://t.co/696qmptIUK
Our latest geodynamic reconstruction of the Central Mediterranean region constrained by seismological observations will be on #vEGU21 stage:
Thu, 29 Apr, 13:59–14:01 | EGU21-9978 | TS7.10
https://t.co/MNTYft8bPu
@EGU_GD@EGU_TS#geodynamics#seismology
The #vEGU21 session on seismic anisotropy (GD7.1) where some of the NEWTON group members present their work starts tomorrow morning at 9:00 am:
https://t.co/NoKfZbiMkv
See you there!
#seismology#geodynamics#earthscience#anisotropy