The overall tone reflects strong interest and moderate agreement, as many posts highlight the significance of the bite force estimates, with some making enthusiastic comments like 'fantastic' and 'game changer.' The users' comments about the detailed methods and ecological implications demonstrate engagement, emphasizing that this study could reshape perspectives on juvenile T. rex biology and their feeding behavior.
AgreementModerate agreement
Most discussions agree that the research provides valuable insights into juvenile T. rex bite force estimates, with some posts emphasizing its importance for paleoecology.
InterestHigh interest
Posts demonstrate high interest in the topic through phrases like 'fascinating,' 'fantastic,' and mentioning the significance of the findings, showing general engagement and curiosity.
EngagementModerate engagement
Many discussions reference the methods, results, and implications of the study, indicating moderate to deep engagement, such as mentioning the simulation techniques and ecological impact.
ImpactModerate impact
The research is seen as impactful within the paleontology community by highlighting that juvenile T. rex had a formidable bite force, which could influence understanding of dinosaur behavior and ecology.
Abstract in brief
Research on bite marks from juvenile tyrannosaurs is limited, hindering understanding of their development and ecological roles in the late Cretaceous.
A study was conducted to estimate bite force by replicating bite marks on bones using a juvenile tyrannosaur tooth, resulting in 17 trials assessing the force needed to create punctures at various speeds and bone thicknesses.
Findings indicated that the bite force for the juvenile was estimated at up to 5,641.19 N, which, while higher than previous estimates for similarly sized juveniles, aligns with expected ranges for adult tyrranosaurus, shedding light on their ecological roles and feeding behaviors.
Jun 2, 2021 · 36 likes · 13 shares · 4,962 followersView post →
ER
Evan Johnson-Ransom
@EJR_Paleo_MSc · X
A fantastic bite force estimate paper on juvenile #Tyrannosaurus by @JPTaphonomy, @Tseng_ZJ, and Shannon Brink of @uwoshkosh.
Jun 2, 2021 · 29 likes · 5 shares · 4,664 followersView post →
TJ
Thomas R. Holtz, Jr.
@TomHoltzPaleo · X
Juvenile tyrannosaur bite force estimate https://t.co/xdvVtnzlxh via @thePeerJ
Jun 2, 2021 · 25 likes · 7 shares · 32,116 followersView post →
PP
PeerJ Publishing
@thePeerJ · X
Happy #FossilFriday - Published this week, young #Tyrannosaurus rex had a powerful bite, capable of exerting one-sixth the force of an adult
Read the full @PeerJLife article https://t.co/ojJh3Y6pqW
#Tyrannosaur #Paleoecology https://t.co/nTuMUhGjaj
Jun 4, 2021 · 22 likes · 8 shares · 20,652 followersView post →
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JH
@JHemiptera · X
https://t.co/UL6SU7w164
Jun 2, 2021 · 7 likes · 1 share · 4,057 followersView post →
This video explores how digital modeling and comparison with living archosaurs are used to estimate jaw movement and muscle function in theropod dinosaurs, informing our understanding of their feeding behavior and…
This episode explores the evolution and diversity of theropod dinosaurs, including the origins of birds. Paleontologist Rafael Delcourt discusses how these creatures adapted to their environments and their ecological…
"Bite force estimates in juvenile Tyrannosaurus rex based on simulated puncture marks"
(Joseph E. Peterson, et al. 2021)
幼体・亜成体のティラノサウルス(現ナノティラヌス?)の歯型と咬合力の推定(噛む力)
https://t.co/oJuH6cK1vU https://t.co/r518zY9mcA
@Thomas_cw_dino @SpecimenZach @SkeleCrewPaleo Of course this is not serious.
Aug 16, 2023 · 3 likes · 4,610 followersView post →
PP
PeerJ Publishing
@thePeerJ · X
Happy #FossilFriday - ICYMI - Bite force estimates in juvenile #Tyrannosaurus rex based on simulated puncture marks - Research from Peterson et al. @uwoshkosh @berkeleyIB @EastCarolina
Read the full @PeerJLife article https://t.co/38TR2vZo5L
@Tseng_ZJ
#Paleontology
Oct 28, 2022 · 1 share · 20,652 followersView post →
PE
PeerJ - the Journal of Life & Environment
@PeerJLife · X
Happy #FossilFriday - ICYMI - Bite force estimates in juvenile #Tyrannosaurus rex based on simulated puncture marks - Research from Peterson et al. @uwoshkosh @berkeleyIB @EastCarolina
Read the full @PeerJLife article https://t.co/wX6qywFWHj
@Tseng_ZJ
#Paleontology
Oct 28, 2022 · 6 likes · 5 shares · 3,669 followersView post →
Jun 5, 2021 · 33 shares · 266 followersView post →
DA
DiatomDiatribes: Embracing Rational Analysis
@SchererReed · X
Cool paper testing/modeling juvenile #Trex bite force based on Jane @BurpeeMuseum by @JPTaphonomy and colleagues. #dinosaurs #FossilFriday
Juvenile tyrannosaur bite force estimate https://t.co/dDIBx6fsaZ via @thePeerJ
RT @PeerJLife: Happy #FossilFriday - Published this week, young #Tyrannosaurus rex had a powerful bite, capable of exerting one-sixth the f…
Jun 4, 2021 · 3 shares · 3,481 followersView post →
カ
ガイス
@shitake_reverse · X
RT @thePeerJ: Happy #FossilFriday - Published this week, young #Tyrannosaurus rex had a powerful bite, capable of exerting one-sixth the fo…
Jun 4, 2021 · 8 shares · 3,481 followersView post →
PP
PeerJ Publishing
@thePeerJ · X
Happy #FossilFriday - Published this week, young #Tyrannosaurus rex had a powerful bite, capable of exerting one-sixth the force of an adult
Read the full @PeerJLife article https://t.co/ojJh3Y6pqW
#Tyrannosaur #Paleoecology https://t.co/nTuMUhGjaj
Jun 4, 2021 · 22 likes · 8 shares · 20,652 followersView post →
PE
PeerJ - the Journal of Life & Environment
@PeerJLife · X
Happy #FossilFriday - Published this week, young #Tyrannosaurus rex had a powerful bite, capable of exerting one-sixth the force of an adult
Read the full @PeerJLife article https://t.co/QOBppBs812
#Tyrannosaur #Paleoecology https://t.co/35JbSIiE7V
Jun 4, 2021 · 4 likes · 3 shares · 3,669 followersView post →
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liv
@retrorinrobi · X
RT @EJR_Paleo: A fantastic bite force estimate paper on juvenile #Tyrannosaurus by @JPTaphonomy, @Tseng_ZJ, and Shannon Brink of @uwoshkosh…
Jun 2, 2021 · 33 shares · 2,132 followersView post →
US
UnitCare Services
@unitcare_svs · X
Bite force estimates in juvenile #Tyrannosaurus rex based on simulated puncture marks
https://t.co/NBEklhMpMn
#palaeontology #paleontology #palaeontologist #palaeontologists #palæ #palaeo #paleoprofile #dino #dinosaur #dinosaurs #fossilfinds #fossilfinds #fossilsearch #fossil https://t.co/9UptnX07S2
Estimativas de força de mordida em Tyrannosaurus rex juvenil com base em marcas de punção simuladas https://t.co/VFWwuZ2nkK
#Paleontologypaper
#Paleontology
#Tyrannosaurus