archaeologist, passionate about working with phytoliths (cool and intriguing plant microfossils)
More information on the workshop and the IMPR can be found here: impr2025.imf.csic.es
More information on the workshop and the IMPR can be found here: impr2025.imf.csic.es
It’s part of the 3D phytolith collection by @stromberglab.bsky.social, used for fossil phytolith classification and shape evolution of grasses
It’s part of the 3D phytolith collection by @stromberglab.bsky.social, used for fossil phytolith classification and shape evolution of grasses
👥 @christophe-fire.bsky.social @caestromberg.bsky.social @tloeffelmann.bsky.social
@amgc-vub.bsky.social @brusselsbioarch.bsky.social @stromberglab.bsky.social 🙌
👥 @christophe-fire.bsky.social @caestromberg.bsky.social @tloeffelmann.bsky.social
@amgc-vub.bsky.social @brusselsbioarch.bsky.social @stromberglab.bsky.social 🙌
Check it out here: doi.org/10.5281/zeno...
Check it out here: doi.org/10.5281/zeno...
✅ Some phytolith morphotypes & features are taxonomically diagnostic
✅ Phytolith production varies, but phytolith assemblage composition are consistent
✅ Plant part & taxonomy influence phytolith presence with high production in leaves and certain plant families
✅ Some phytolith morphotypes & features are taxonomically diagnostic
✅ Phytolith production varies, but phytolith assemblage composition are consistent
✅ Plant part & taxonomy influence phytolith presence with high production in leaves and certain plant families
Until now, there was no systematic dicotyledon phytolith reference for NW Europe, making it hard to interpret phytolith records in archaeology & palaeoecology. We tackled this by analyzing phytoliths from 117 plant specimens! 🌿
Until now, there was no systematic dicotyledon phytolith reference for NW Europe, making it hard to interpret phytolith records in archaeology & palaeoecology. We tackled this by analyzing phytoliths from 117 plant specimens! 🌿