Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the locomotor capacity of Euparkeria & concluded it is unlikely facultatively bipedal, suggesting the ancestral Archosauria was quadrupedal | https://t.co/vEhIXYARSC https://t.co/mNJLalkzTr
Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur .
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Jan 2023 – Dec 2023Where it's discussed
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X / Twitter86 posts
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YouTube2 videos
AI synopsis
What people are saying
The discussions frequently reference the main findings of the research, such as the conclusion that Euparkeria is unlikely to be facultatively bipedal. Phrases like 'putative bipedalism' and 'challenging the idea of ancestral bipedal abilities' highlight the excitement and academic interest in the findings, contributing to the overall positive sentiment and perceived impact within the scientific community.
The majority of discussions seem to align with the conclusions of the publication regarding the locomotor capabilities of the stem archosaur.
There is a high level of curiosity and enthusiasm expressed through several posts about the research and its findings.
Many users delve into the study's methodologies and implications, indicating a moderate level of engagement.
Overall, posters believe the publication has significant importance for understanding the evolutionary trajectory of archosaurs.
Abstract in brief
- * The origins and frequency of bipedalism in archosaurs are debated, with some suggesting they had ancestral bipedal traits.
- * Using musculoskeletal models, the study found that negative pitching moments in the hindlimb make sustainable bipedality improbable, indicating the species in question was likely quadrupedal, challenging the idea of ancestral bipedal abilities in Archosauria.
Top posts
Most liked on X and BlueskyHot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur #Euparkeria, just got published in @royalsociety Open Science w/@ArchaeoAshleigh & @JohnRHutchinson! https://t.co/IvPrn6MdgV What did we find?
Oliver E. Demuth, Ashleigh L. A. Wiseman and John R. Hutchinson (2023) Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis Royal Society Open Science 10(1): 221195 doi: https://t.co/ZRJAvXXL2c https://t.co/75NfaiF5Qd
Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis | Royal Society Open Science https://t.co/o5SuBz7hVd
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
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RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
New from #ERC_Research https://t.co/aw4IvKlldg Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis | Royal Society Open Science https://t.co/o5SuBz7hVd
RT @TomHoltzPaleo: Oliver E. Demuth, Ashleigh L. A. Wiseman and John R. Hutchinson (2023) Quantitative biomechanical assessment of locomoto…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @TomHoltzPaleo: Oliver E. Demuth, Ashleigh L. A. Wiseman and John R. Hutchinson (2023) Quantitative biomechanical assessment of locomoto…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
Oliver E. Demuth, Ashleigh L. A. Wiseman and John R. Hutchinson (2023) Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis Royal Society Open Science 10(1): 221195 doi: https://t.co/ZRJAvXXL2c https://t.co/75NfaiF5Qd
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
Quantitative biomechanical assessment of locomotor capabilities of the stem archosaur Euparkeria capensis https://t.co/9yKgDz2bzG
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @OliverDemuth: Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur…
Hot off the press! Our latest #DAWNDINOS paper, looking into the putative (facultative) bipedalism in the stem archosaur #Euparkeria, just got published in @royalsociety Open Science w/@ArchaeoAshleigh & @JohnRHutchinson! https://t.co/IvPrn6MdgV What did we find?
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
RT @NicholasWuNZ: Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the loc…
Is the stem archosaur Euparkeria capable of bipedalism? @OliverDemuth, @ArchaeoAshleigh, @JohnRHutchinson tested the locomotor capacity of Euparkeria & concluded it is unlikely facultatively bipedal, suggesting the ancestral Archosauria was quadrupedal | https://t.co/vEhIXYARSC https://t.co/mNJLalkzTr