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AI synopsis
The overall tone indicates high interest and support, exemplified by posts mentioning the significance of the findings in the Fezouata Shale and linking these fossils to broader evolutionary questions. References to new species and fossil records demonstrate engagement and curiosity, with phrases like 'fantastic time' and 'important implications' underscoring the perceived scientific value of the article.
Most discussions acknowledge the significance of the findings, especially the survival of these worms beyond the Cambrian, demonstrating general support for the publication’s implications.
Posts show high curiosity about invertebrate evolution and the broader context of fossil preservation, indicating strong interest.
Participants engage by sharing related research, discussing implications, and introducing new species, suggesting moderate but meaningful engagement.
While some posts highlight the importance of these discoveries for understanding early animal diversification, the overall influence appears encouraging but not groundbreaking yet.
For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the ~475 million year old Fezouata fauna, and has important implications for how we understand early animal diversification! https://t.co/sWuGzPqIJB https://t.co/AsLiurZg6B
For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE) on predatory tube building worms. I am very happy that my first line was "vaguely beautiful, and vaguely horrifying": https://t.co/z72ldQGp5d https://t.co/2jSG3d1VhJ
Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
@HarvardOEB @KNanglu @MCZHarvard @NSF The Fezouata Shale is famous for the preservation of non-biomineralized organisms, including Cambrian taxa like Selkirkia https://t.co/rtKbQvZelt This has prompted to question how closely it compares with a typical Ordovician fossil assemblage in terms of its biodiversity
My lab will also be investigating invertebrate evolution through the fossil record broadly, check out my work on annelids and priapulids to get a sense of the breadth of projects that we could tackle: https://t.co/rBkloeax0l https://t.co/yHmQuHSP6T https://t.co/RkwGBoWnDl
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
A prehistoric tapeworm that infested ancient sharks has been discovered trapped in 100 million-year-old amber. The find offers new insights into the parasitic life of prehistoric marine animals and highlights the…
This month features over 40 new scientific papers, including discoveries of Nothronychus bones, land fossils from Utah, Middle Jurassic Ornithischians, early Iguanodontians from Portugal, a new elasmarian from…
My lab will also be investigating invertebrate evolution through the fossil record broadly, check out my work on annelids and priapulids to get a sense of the breadth of projects that we could tackle: https://t.co/rBkloeax0l https://t.co/yHmQuHSP6T https://t.co/RkwGBoWnDl
RT @InvertebratePal: @HarvardOEB @KNanglu @MCZHarvard @NSF The Fezouata Shale is famous for the preservation of non-biomineralized organism…
@HarvardOEB @KNanglu @MCZHarvard @NSF The Fezouata Shale is famous for the preservation of non-biomineralized organisms, including Cambrian taxa like Selkirkia https://t.co/rtKbQvZelt This has prompted to question how closely it compares with a typical Ordovician fossil assemblage in terms of its biodiversity
RT @KNanglu: For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE)…
RT @KNanglu: For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE)…
RT @KNanglu: For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE)…
RT @KNanglu: For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE)…
RT @KNanglu: For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE)…
For a late #FossilFriday, I had a fantastic time talking to @emilykwong1234 @NPR about our new paper (https://t.co/dasUboQQjE) on predatory tube building worms. I am very happy that my first line was "vaguely beautiful, and vaguely horrifying": https://t.co/z72ldQGp5d https://t.co/2jSG3d1VhJ
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @KNanglu: For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the…
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
For a perfect #WormWednesday, @InvertebratePal and I can introduce our newest species Selkirkia tsering! This worm is from the ~475 million year old Fezouata fauna, and has important implications for how we understand early animal diversification! https://t.co/sWuGzPqIJB https://t.co/AsLiurZg6B
RT @TomHoltzPaleo: Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
Post-Cambrian survival of the tubicolous scalidophoran Selkirkia | Biology Letters https://t.co/k2yheAUTAV
https://royalsocietypublishing.org/doi/10.1098/rsbl. 2024.0042. Ancient 'Dune'-like Sandworm Existed Far Longer Than Thought - Irish, British.
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