🌋 #IAVCEI Conference and Workshops Highlights
1⃣ CVS goes to Hungary
2⃣ the ECR-Network Scavenger Hunt
3⃣ COV13 postponement

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@lokier.bsky.social

This was such a fun paper to work on – thanks to everyone involved! The fieldwork was supported by the British Sedimentological Research Group (Gillian Harwood Fund) #BSRG

@volcanologist.bsky.social @drnatashadowey.bsky.social @pyroclasticpete.bsky.social @bedforms.bsky.social

This suggests that “wet” ash layers are more likely to be preserved in ignimbrite successions than dry ones. This has important implications for flow unit interpretations and, therefore, assessments of eruption frequency.

This was such a fun paper to work on – thanks to everyone involved! (4/)

We identified different behaviours of these ash layers associated with their apparent moisture contents. In low (1 wt.%) and high (>15 wt.%) moisture conditions, yield strength increases, and we even see evidence of shear thickening! (3/)