The discussions demonstrate a generally positive and engaged response, with examples like mentions of the study being a 'game changer,' indicating high interest. The tone emphasizes the importance of the research, referencing its wide downloads and implications for understanding juvenile pterosaurs' flight capabilities, which reflects a recognition of its potential to reshape existing theories in evolutionary biology.
AgreementModerate agreement
Most discussions express strong support and excitement for the findings, highlighting the significance of hatchling pterosaurs' ability to fly.
InterestHigh interest
Participants show high interest, with many emphasizing the novelty and importance of the research in understanding pterosaur development.
EngagementModerate engagement
Posts reference specific aspects of the study, such as wing bone strength and ecological niches, demonstrating active engagement and deeper understanding.
ImpactModerate impact
The discussions suggest the research could influence future studies on flight evolution and paleontology, indicating a moderate but meaningful impact.
Abstract in brief
The study challenges existing ideas about young pterosaurs' ability to fly, showing that hatchlings could likely achieve powered flight based on wing bone strength and wing design.
Juvenile pterosaurs had wing structures similar to adults, suggesting they were capable of launching into flight, and they were also good gliders, although not specialized for it.
The research indicates that young and adult pterosaurs occupied different ecological niches, with juveniles adapted for flight in cluttered environments, implying varied behaviors and roles throughout their development.]
Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing form and bone strength - received 8,299 article downloads in 2021, making it one of the top 100 downloaded ecology papers for Scientific Reports in 2021. https://t.co/jBdYClPbkY
Mar 21, 2022 · 99 likes · 10 shares · 52,483 followersView post →
彩
彩恵りり
@Science_Release · X
[文献情報]
Darren Naish, et al. "Powered flight in hatchling pterosaurs: evidence from wing form and bone strength". Scientific Reports, 2021; 11, 13130. DOI: 10.1038/s41598-021-92499-z.
https://t.co/HnJI3zOS2f
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Naish, D., Witton, M. P., & Martin-Silverstone, E. (2021). Powered flight in hatchling pterosaurs: evidence from wing form and bone strength. Scientific Reports, 11(1), 1-15.
https://t.co/iNmGtM1WXz
Marcos K. Pinheiro / "Marcos Wyvern" (Marcosaurus)
@BongMarcosaurus · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 22, 2022 · 10 shares · 1,004 followersView post →
MU
m@d#u
@SacriliciousM · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 22, 2022 · 10 shares · 279 followersView post →
L
LOLAMARINA
@1lolamarina · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 22, 2022 · 10 shares · 13,914 followersView post →
DW
Dr. Jessica Lawrence Wujek
@Jestle · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 22, 2022 · 10 shares · 1,111 followersView post →
BB
Brett Booth➕➕
@Demonpuppy · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 40,143 followersView post →
DN
Darren Naish
@TetZoo · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 52,483 followersView post →
FO
Fang ( Commissions Open)
@Fang83768513 · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 1,574 followersView post →
JA
Javed Ahmed
@curiocritters · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 1,105 followersView post →
DK
Dr Klaatu
@RSprackland · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 2,077 followersView post →
JF
Juan Yu See #FreePalestine
@Juanyudocus · X
RT @TetZoo: Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing for…
Mar 21, 2022 · 10 shares · 1,683 followersView post →
DN
Darren Naish
@TetZoo · X
Breaking news: my 2021 paper with @MarkWitton and @gimpasaura - Powered flight in hatchling #pterosaurs: evidence from wing form and bone strength - received 8,299 article downloads in 2021, making it one of the top 100 downloaded ecology papers for Scientific Reports in 2021. https://t.co/jBdYClPbkY
Mar 21, 2022 · 99 likes · 10 shares · 52,483 followersView post →
アつ
アームストロング=力丸 POWER 強(つよし)
@GachiMuchiPower · X
RT @Science_Release: 「翼竜」は、生まれたばかりの頃から、滑空だけでなく羽ばたいて飛行できるという事が、化石から復元したモデルの解析で判明したよ!リプで解説するね!
Darren Naish et al. "Powered flight in hatchl…
Nov 26, 2021 · 339 shares · 129 followersView post →
フ雑
フォレス(雑食傭兵兼適合者
@doubleZERO2 · X
RT @Science_Release: 「翼竜」は、生まれたばかりの頃から、滑空だけでなく羽ばたいて飛行できるという事が、化石から復元したモデルの解析で判明したよ!リプで解説するね!
Darren Naish et al. "Powered flight in hatchl…
Nov 26, 2021 · 339 shares · 2,944 followersView post →
カ
ガイス
@shitake_reverse · X
RT @Science_Release: 「翼竜」は、生まれたばかりの頃から、滑空だけでなく羽ばたいて飛行できるという事が、化石から復元したモデルの解析で判明したよ!リプで解説するね!
Darren Naish et al. "Powered flight in hatchl…
Nov 26, 2021 · 339 shares · 3,468 followersView post →
神
神明寺 一総
@jinmyoji · X
RT @Science_Release: 「翼竜」は、生まれたばかりの頃から、滑空だけでなく羽ばたいて飛行できるという事が、化石から復元したモデルの解析で判明したよ!リプで解説するね!
Darren Naish et al. "Powered flight in hatchl…
[文献情報]
Darren Naish, et al. "Powered flight in hatchling pterosaurs: evidence from wing form and bone strength". Scientific Reports, 2021; 11, 13130. DOI: 10.1038/s41598-021-92499-z.
https://t.co/HnJI3zOS2f
Newly-hatched pterosaurs may have been able to fly. University of Portsmouth. Journal: Scientific Reports; DOI: 10.1038/s41598-021-92499-z. Keywords. /Life ...