NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology & evolution! Very happy; this took ++hours of Avizo work & lots of thinking too
Deep evolutionary diversification of semicircular canals in archosaurs.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Apr 2021 – Dec 2021Where it's discussed
-
X / Twitter41 posts
-
News5 articles
-
Facebook3 posts
-
YouTube2 videos
AI synopsis
What people are saying
The discussions frequently praise the research, with posts describing the diverse shapes of semicircular canals and their evolutionary significance, such as mentions of 'deep evolutionary diversification' and 'inner ear morphology.' The tone is enthusiastic and appreciative, emphasizing the importance of the findings and their detailed visual presentations, which indicates a strong positive reception and recognition of the work's scientific value.
Most comments express support or positive acknowledgment, such as references to the study’s importance and collaborative efforts, indicating general consensus and endorsement.
Posts show strong curiosity, highlighted by mentions of fascinating findings, detailed descriptions of the inner ear evolution, and enthusiastic reactions to visual abstracts, reflecting high interest.
Several discussions reference specific methods, collaborative teams, and the implications of the research, suggesting a moderate depth of active engagement.
Participants seem to recognize the study's significance, noting its contribution to understanding archosaur evolution, though some posts focus on appreciation rather than direct application, resulting in a moderate impact perception.
Abstract in brief
- The study explores how the shape and size of semicircular canals (SCCs), important sensory structures in the inner ear, evolved in archosaurs, including birds and crocodylians, showing that their morphology is more influenced by braincase shape than locomotion.
- Researchers found significant diversity in SCC shapes among early archosaurs, with some features linked to flight and bipedalism appearing early in bird ancestors, indicating these traits evolved deep in archosaur history.
- Overall, the findings suggest that the evolutionary divergence between birds and crocodylians involved substantial changes in SCC traits, with living species not necessarily retaining primitive reptile features but reflecting a complex early sensory diversification.
Top posts
Most liked on X and BlueskySometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling Nesbitt @VTechmeetsPaleo visited here to discuss archosaur inner ears & brains. The ear work is out today (& brains are coming!): https://t.co/J882jFn0oO https://t.co/Uemt9sLA4m https://t.co/isXNVPEQXs
Proud to be part of this collaborative team led by @BronzatiMario, @BensonLabOxford, & @VTechmeetsPaleo exploring the early evolution of the vestibular system in archosaurs. Check out the tweet threads by Mario & @SirJoscha—& the vid!—in the replies. OA: https://t.co/J882jFEBNo
Pesquisa brazuca estudou o ouvido interno nos répteis arcossauros (crocodilos, aves e todos seus parentes extintos, incluíndo dinossauros, pterossauros e vários outros grupos). https://t.co/gKNaKnCtkT https://t.co/20E0bRvHTi
Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/a95uCljjKN
出ちゃったか〜 https://t.co/FhzvyfQpYO
All mentions
Paleontology Insights: Tyrannosaurid Bone Beds and More
This video reviews recent paleontological discoveries, including the fascinating modeling of T. rex walking speed and updates on tyrannosaurid bone beds. Join us as we explore the highlights from April's paleo news…
Implantable Nanoparticle BioSensors for Health Monitoring
Constant blood sampling complicates life for chronically ill patients. Nanobiotechnologist Carsten Sönnichsen presents an innovative solution using gold nanoparticle biosensors implanted under the skin for external…
#PaleoRewind Apr 2021 (Pt. 2) @YDAWtheShow https://t.co/nj03VLXbON
Implantate unter der Haut - Nanopartikel als Gesundheits-Tracker https://t.co/xRZWcUw5mE via @YouTube
Spannende Geschichte: Implantate unter der Haut - Nanopartikel als Gesundheits Tracker - mit Prof. Carsten Sönnichsen von der @uni_mainz Heute Abend als Prämiere auf YouTube und dann auch als Podcast zu hören! https://t.co/D9S0Hj9vF7 #wisskomm #wissenschaft #youtube https://t.co/X4u6lWsHWm
Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/k8d32oAW0L #biology #cell
RT @PaleoCisneros: Pesquisa brazuca estudou o ouvido interno nos répteis arcossauros (crocodilos, aves e todos seus parentes extintos, incl…
RT @PaleoCisneros: Pesquisa brazuca estudou o ouvido interno nos répteis arcossauros (crocodilos, aves e todos seus parentes extintos, incl…
RT @PaleoCisneros: Pesquisa brazuca estudou o ouvido interno nos répteis arcossauros (crocodilos, aves e todos seus parentes extintos, incl…
Pesquisa brazuca estudou o ouvido interno nos répteis arcossauros (crocodilos, aves e todos seus parentes extintos, incluíndo dinossauros, pterossauros e vários outros grupos). https://t.co/gKNaKnCtkT https://t.co/20E0bRvHTi
RT @kohtapalaeo: 出ちゃったか〜 https://t.co/FhzvyfQpYO
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/x1OwrDK1pk
RT @WitmerLab: Proud to be part of this collaborative team led by @BronzatiMario, @BensonLabOxford, & @VTechmeetsPaleo exploring the early…
RT @WitmerLab: Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling N…
RT @TomHoltzPaleo: Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/a95uCljjKN
RT @TomHoltzPaleo: Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/a95uCljjKN
Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/a95uCljjKN
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @WitmerLab: Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling N…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @WitmerLab: Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling N…
RT @WitmerLab: Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling N…
RT @WitmerLab: Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling N…
Sometimes science takes a while. Three years ago (Apr 2018), Mario Bronzati @BronzatiMario, Michelle Stocker, & Sterling Nesbitt @VTechmeetsPaleo visited here to discuss archosaur inner ears & brains. The ear work is out today (& brains are coming!): https://t.co/J882jFn0oO https://t.co/Uemt9sLA4m https://t.co/isXNVPEQXs
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @WitmerLab: Proud to be part of this collaborative team led by @BronzatiMario, @BensonLabOxford, & @VTechmeetsPaleo exploring the early…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @WitmerLab: Proud to be part of this collaborative team led by @BronzatiMario, @BensonLabOxford, & @VTechmeetsPaleo exploring the early…
出ちゃったか〜 https://t.co/FhzvyfQpYO
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
Here's the phenomenal video abstract generated by @RodolfoPaleoart & written by Rodolfo, @BronzatiMario, @katpalaeo (who also narrated!), and Max Langer. https://t.co/gm3KfmWbgO
Proud to be part of this collaborative team led by @BronzatiMario, @BensonLabOxford, & @VTechmeetsPaleo exploring the early evolution of the vestibular system in archosaurs. Check out the tweet threads by Mario & @SirJoscha—& the vid!—in the replies. OA: https://t.co/J882jFEBNo
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
RT @SirJoscha: NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology…
Deep evolutionary diversification of semicircular canals in archosaurs https://t.co/CDqWBlthfD
@BronzatiMario & the amazing Rodolfo Nogueira created this incredible video abstract, narrated wonderfully by @katpalaeo (also author on our study). Thanks for this massive effort! 10/10 https://t.co/JVxpZN53wp
NEW PAPER w/ @BronzatiMario, @BensonLabOxford, @VTechmeetsPaleo & [next tweet] on archosaur inner ear functional morphology & evolution! Very happy; this took ++hours of Avizo work & lots of thinking too