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The debates highlight key points from the publication, such as the variability in scapular orientation among dinosaur groups and its importance for accurate reconstructions. Comments referencing previous studies like Senter et al. show analytical engagement, while questions about the conclusiveness of these findings signal a cautious but interested community reflecting on the study's implications.
The discussions show some support for the research but also question the conclusiveness of previous studies, reflecting a moderate agreement level.
Several comments demonstrate curiosity about the rest position of dinosaur limbs and the implications for reconstructions, indicating a mild to moderate interest.
Users reference previous studies and specific anatomical details, suggesting a reasonable level of engagement and familiarity with the topic.
The discussions hint at the importance of this research for dinosaur reconstructions, but the tone moreally questions its definitive influence rather than emphasizing it as transformative.
@TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the dangle". Do I think their results are conclusive?
Ref. https://t.co/e62T4NOgpA
Forelimb of Dilophosaurus diagrammed in hypothesized resting posture (keep an eye on the paleoanatomic description). Source: Senter et. al. (2015). PDF: https://t.co/x2EptXpE7g https://t.co/qdoInvzk5R
Ftr dinosaur shoulder blades were likely mobile:
RT @Tomozaurus: @TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the…
RT @Tomozaurus: @TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the…
Finally, it is here. This video offers a new perspective on the Velociraptor, revealing how its unique claw function resembles that of modern raptors and aids in gripping prey. Learn about its predatory behavior and the…
This video discusses Allosaurus anatomy, behavior, and latest research on resting positions of dinosaur scapulae and forelimbs, improving accuracy in reconstructions and museum mounts. It covers variations among…
This study analyzes dinosaur scapulae and forelimb resting positions from articulated skeletons to improve reconstructions. It highlights variations in scapula orientation among different groups and offers guidelines…
Ftr dinosaur shoulder blades were likely mobile:
Ref. https://t.co/e62T4NOgpA
RT @Tomozaurus: @TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the…
RT @Tomozaurus: @TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the…
RT @Tomozaurus: @TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the…
@TetZoo @DrOwenDavies @jimmadseni There _was_ that one Senter et al. study on this, and they came down on the side of "the dangle". Do I think their results are conclusive?
@ForensicFeline https://t.co/ZsAuYkxhGQ
RT @dilophofacts: Forelimb of Dilophosaurus diagrammed in hypothesized resting posture (keep an eye on the paleoanatomic description). Sour…
RT @dilophofacts: Forelimb of Dilophosaurus diagrammed in hypothesized resting posture (keep an eye on the paleoanatomic description). Sour…
RT @dilophofacts: Forelimb of Dilophosaurus diagrammed in hypothesized resting posture (keep an eye on the paleoanatomic description). Sour…
Forelimb of Dilophosaurus diagrammed in hypothesized resting posture (keep an eye on the paleoanatomic description). Source: Senter et. al. (2015). PDF: https://t.co/x2EptXpE7g https://t.co/qdoInvzk5R