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Discussions demonstrate interest through comments like recognizing the shapes as 'really intriguing' and potential broad animal connections, with some references to work on similar structures indicating moderate engagement. Words like 'support,' 'incredible,' and questions about their nature reveal positive and engaged reactions to the article's implications.
Most discussions acknowledge agreement with the publication's findings, expressing support for its conclusions about early animal evolution.
The discussions show high interest, with comments highlighting curiosity about the nature and significance of the research.
Posts reference specific research details and express curiosity, indicating moderate engagement.
While not overtly transformative, these discussions suggest that the publication influences perceptions of early development in biology.
Congratulations to @EmilyG155 and supervisor Dr Marcello Ruta on publication of their manuscript in @ScienceAdvances 'The developmental biology of Charnia and the eumetazoan affinity of the Ediacaran rangeomorphs'. Full details
@JulietCCoates Their shapes are indeed really intriguing :) We dont know exactly what they were, but they are likely to be broadly animals - see work done on similar fronds by @Frankie_Dunn_ https://t.co/dqVz9oMA4G
RT @UoLLifeSciences: Congratulations to @EmilyG155 and supervisor Dr Marcello Ruta on publication of their manuscript in @ScienceAdvances…
RT @Hoyaboya11: Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eum…
RT @Hoyaboya11: Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eum…
Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eumetazoan affinity of the Ediacaran rangeomorphs https://t.co/Pad01hVo90
This video exposes Stephen Meyer's false claims about the fossil record and genetics, focusing on scientific inaccuracies. It discusses a detailed biodiversity timeline from the Cambrian to Triassic periods…
In this video, we cover select paleontological discoveries from July 2021, including new findings on Archaeodromus and the diets of Paranthropus. Join us as we explore important advancements in the field and their…
This study used advanced algorithms to compile data from over 11,000 marine fossil species across more than 3,000 stratigraphic sections, creating a detailed biodiversity curve from the Cambrian to the Triassic period…
RT @Hoyaboya11: Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eum…
RT @Hoyaboya11: Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eum…
Dunn et al. (2021) 「Charniaの発生生物学とエディアカラン紀のランゲオモルフ類の真正後生動物との類縁性」（オープンアクセス） The developmental biology of Charnia and the eumetazoan affinity of the Ediacaran rangeomorphs https://t.co/Pad01hVo90
エディアカラ紀のランゲオモルフ、チャルニア（Charnia）がステム真正後生動物として支持されている系統解析を発見 Dunn et al. (2021) https://t.co/Pad01hVVYy https://t.co/K7bKq1I4NJ
RT @UoLLifeSciences: Congratulations to @EmilyG155 and supervisor Dr Marcello Ruta on publication of their manuscript in @ScienceAdvances…
Congratulations to @EmilyG155 and supervisor Dr Marcello Ruta on publication of their manuscript in @ScienceAdvances 'The developmental biology of Charnia and the eumetazoan affinity of the Ediacaran rangeomorphs'. Full details
@JulietCCoates Their shapes are indeed really intriguing :) We dont know exactly what they were, but they are likely to be broadly animals - see work done on similar fronds by @Frankie_Dunn_ https://t.co/dqVz9oMA4G