PhD student at the University of Lausanne
ANOM Lab 🦐
Led with the help of @gaetanptn.bsky.social, this project gives insight into the fossilization process of arthropod appendages and the decay resistance of setae 🫨
Want to know more? 🤨
➡️ www.openpalaeo.org/article/view...
@sineadlynch.bsky.social @taphozoan.bsky.social
Led with the help of @gaetanptn.bsky.social, this project gives insight into the fossilization process of arthropod appendages and the decay resistance of setae 🫨
Want to know more? 🤨
➡️ www.openpalaeo.org/article/view...
@sineadlynch.bsky.social @taphozoan.bsky.social
www.nature.com/articles/s41...
www.nature.com/articles/s41...
We measured redox around decaying organisms. Turns out, the bigger and richer in protein you are, the more easily reducing conditions form around you after death, making you more likely to get mineralized and become a fossil (?).
www.nature.com/articles/s41...
We measured redox around decaying organisms. Turns out, the bigger and richer in protein you are, the more easily reducing conditions form around you after death, making you more likely to get mineralized and become a fossil (?).
www.nature.com/articles/s41...
We experimentally demonstrate that marine shrimps can be rapidly replicated by clay minerals after death, even without burial, thereby increasing the likelihood of arthropod fossilization over geological time. 🦐 🧪
www.nature.com/articles/s43...
We experimentally demonstrate that marine shrimps can be rapidly replicated by clay minerals after death, even without burial, thereby increasing the likelihood of arthropod fossilization over geological time. 🦐 🧪
www.nature.com/articles/s43...
@gaetanptn.bsky.social @noracc.bsky.social
@gaetanptn.bsky.social @noracc.bsky.social