ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution.
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Nov 2020 – Nov 2025Where it's discussed
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X / Twitter51 posts
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News51 articles
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YouTube13 videos
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What people are saying
These discussions highlight a fascination with the variety of growth strategies in theropod dinosaurs, such as rapid growth versus prolonged development, supported by examples like T. rex and carcharodontosaurids. The tone is enthusiastic and analytical, with references to specific studies (e.g., Cullen et al. 2020), which underscores the significance and impact of the research in expanding paleontological knowledge.
Most discussions acknowledge the findings, with many referencing the diverse growth strategies of theropods, indicating overall support for the conclusions.
The social discussions demonstrate high curiosity and enthusiasm about dinosaur growth patterns and paleontology techniques.
Posts include technical details, examples of specific species, and responses to research interpretations, showing active but accessible engagement.
The repeated emphasis on how this research reshapes understanding of dinosaur biology suggests it influences current scientific perspectives and future studies.
Top posts
Most liked on X and Bluesky#DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。 https://t.co/89AGeBEIMx
「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0hIUDebDo
Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution | Proceedings of the Royal Society B: Biological Sciences https://t.co/aFO557j64m
#子ども科学電話相談 「恐竜、特にティラノサウルスは何年生きるんですか?寿命は?」 「ティラノサウルスの寿命は約30歳」とする論文が昨年(2020年)に発表されています。 Cullen et al (2020) https://t.co/xixdsXJLr8 https://t.co/yeajKwCw8p
@enfamiliados @Antrodemus Sources: https://t.co/SHLjHC6K4M https://t.co/XL7VwLcc5E
All mentions
Tyrannosaurid Dinosaurs' Exceptional Agility and Predatory Advantage
Tyrannosaurids displayed greater agility due to unique leg muscle attachments and low rotational inertia, enabling quick turns. This enhanced agility likely contributed to their success as dominant predators in their…
Tyrannosaurid Dinosaurs' Superior Agility and Predatory Success
Tyrannosaurid dinosaurs displayed greater agility due to their unique leg muscle attachments and low rotational inertia, allowing them to turn quickly compared to other large theropods. The study highlights the role of…
Tyrannosaurid Dinosaurs' Superior Agility and Predatory Success
Tyrannosaurids display greater agility due to unique leg muscle attachments and low rotational inertia, enabling quick turns. This increased agility likely contributed to their effectiveness as dominant predators in…
Tyrannosaurid agility and predatory success in prehistoric ecosystems
Tyrannosaurid dinosaurs displayed greater agility due to their unique leg muscle attachments and low rotational inertia, allowing them to turn quickly compared to other large theropods. This enhanced agility likely…
Tyrannosaurid Dinosaurs: Enhanced agility and predatory success
Tyrannosaurids displayed greater agility due to their leg muscle attachments and low rotational inertia, enabling rapid turns. This agility likely contributed to their dominance as predators in their ecosystems.
Enhanced Agility in Tyrannosaurids Due to Unique Leg Anatomy
Tyrannosaurid dinosaurs displayed greater agility due to their unique leg muscle attachments and low rotational inertia, allowing them to turn quickly compared to other large theropods. This agility likely contributed…
Tyrannosaurid agility and predatory success in Late Cretaceous ecosystems
Tyrannosaurid dinosaurs displayed greater agility due to their unique leg muscle attachments and low rotational inertia, allowing them to turn quickly compared to other large theropods. This agility likely contributed…
Giant Tyrannosaur from North America and Tyrannosaurid Gigantism Evolution
This study discusses the evolution of giant tyrannosaurs, focusing on Tyrannosaurus rex and the newly discovered Tyrannosaurus mcraeensis from New Mexico, predating T. rex by 6-7 million years, with insights into…
Giant Tyrannosaur Evolution and Gigantism in North America
This study explores the evolution of large tyrannosaurs, focusing on Tyrannosaurus rex and a new species from New Mexico, predating T. rex by 6-7 million years, highlighting its size and origins in southern North…
Exploring Giant Theropod Dinosaurs from the Cretaceous Period
This video discusses new findings about giant theropod dinosaurs such as Mapusaurus and Carcharodontosaurus from the Kem Kem region of Morocco. It highlights the implications of these discoveries for understanding the…
Discovery of a Large Spinosaurid from the Vectis Formation
A large spinosaurid dinosaur was discovered in the Vectis Formation on the Isle of Wight. This enormous individual may surpass previously known theropods in Europe, highlighting the region's significance in the…
Discovery of a Giant Spinosaurid in the Vectis Formation
A large spinosaurid dinosaur was discovered in the Vectis Formation on the Isle of Wight. This significant find highlights western Europe’s importance in the evolution of spinosaurids during the Early Cretaceous, adding…
Giant Tyrannosaur Evolution and Gigantism in North America
This video discusses the evolution of large tyrannosaurs, focusing on Tyrannosaurus rex and a newly discovered species, Tyrannosaurus mcraeensis, predating T. rex but similar in size, highlighting the origins of…
@enfamiliados @Antrodemus Sources: https://t.co/SHLjHC6K4M https://t.co/XL7VwLcc5E
RT @Hiro_DinoPaleo: #土曜プレミアム #ジュラシック・ワールド #炎の王国 ティラノサウルスの寿命についての研究は複数あり、約30年と考えられています 研究例: Cullen et al. (2020)https://t.co/n0hIUDdDNQ
#土曜プレミアム #ジュラシック・ワールド #炎の王国 ティラノサウルスの寿命についての研究は複数あり、約30年と考えられています 研究例: Cullen et al. (2020)https://t.co/n0hIUDdDNQ
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
RT @Hiro_DinoPaleo: 「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0…
「痛風に苦しんでいた」と考えられているお年寄りのティラノサウルスの成長についての研究論文 Carr (2020) https://t.co/3rd7Y9j7mb Cullen et al. (2020) https://t.co/n0hIUDebDo
RT @Hiro_DinoPaleo: #DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。
@Superraptor53 No real new changes on this. The data from Cullen et al. 2020 (https://t.co/Sc6ZbRdDH7) still shows ages around 30 for Sue, while Meraxes died in its 40s or 50s.
"Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution." https://t.co/R0swrIafqa
"Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution." 著者] Thomas M. Cullen & Juan I. Canale. https://t.co/Cr56flcNpX
@ElPutoKarmaJode @Riamus01 @Cyclopes_sp It was on the animal now known as Meraxes: https://t.co/SHLjHC6K4M
@0K_ultra @DonaldH49964496 @CineraVerinia @zetalyrae @ilex_ulmus @s_r_constantin @ObserverSuns https://t.co/O6AKDJ9DK6 https://t.co/o2xY4vnsOy https://t.co/7Cp4Ui23Rg https://t.co/GRcwf4rzNq https://t.co/u4O5o3xK8Q https://t.co/sw26tzX5az
RT @Hiro_DinoPaleo: #子ども科学電話相談 「恐竜、特にティラノサウルスは何年生きるんですか?寿命は?」 「ティラノサウルスの寿命は約30歳」とする論文が昨年(2020年)に発表されています。 Cullen et al (2020) https://t.…
@MSmiity @PeteMakovicky @CurrentBiology For this particular taxon, there was a paper done on the specimen before being named and it was recovered to be older than even the oldest Tyrannosaurus, being in the 40-50 age range Source: https://t.co/wqL8CwcGMQ
RT @IronhideArcee: @BadgerRude @clumsystiggy Well carcharodontosaurids have a growth rate more similar to crocs, one of them was found to h…
@BadgerRude @clumsystiggy Well carcharodontosaurids have a growth rate more similar to crocs, one of them was found to have reached adulthood at the age of 35-49, and died at the age of approx. 39-53: https://t.co/SHLjHCnN6M
RT @hirolichyi10: #DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。 h…
RT @hirolichyi10: #DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。
RT @hirolichyi10: #DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。
#DinoScience #恐竜科学博 補足: 「ティラノサウルスは他の大型肉食恐竜と比べて短命」という一文は、 2020年の研究(Cullen et al. 2020 https://t.co/xixdsXJLr8)に基づいています。 https://t.co/89AGeBEIMx
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @hirolichyi10: #子ども科学電話相談 「恐竜、特にティラノサウルスは何年生きるんですか?寿命は?」 「ティラノサウルスの寿命は約30歳」とする論文が昨年(2020年)に発表されています。 Cullen et al (2020) https://t.co…
#子ども科学電話相談 「恐竜、特にティラノサウルスは何年生きるんですか?寿命は?」 「ティラノサウルスの寿命は約30歳」とする論文が昨年(2020年)に発表されています。 Cullen et al (2020) https://t.co/xixdsXJLr8 https://t.co/yeajKwCw8p
https://t.co/R0swrHS6c2
@Azur_Goji A recent histology of carcharodontosaurids showed they likely only topped out on growth in their thirties. The oldest individual they had recorded was 60 years old to my recollection. The actual https://t.co/ct5fIDRK8M
Еще одной громкой палеоновостью ушедшего года стало измерение скорости роста у различных хищных теропод (статья «Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution» опубликована в журнале Proceedings of the R... https://t.co/UcCgUqtjeA
@DeepTimePodcast Probably a tie between a few, but these two are the first that come to mind: https://t.co/oCLxMkYusV https://t.co/M5RHehXkRU
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution | Proceedings of the Royal Society B: Biological Sciences https://t.co/k4172CtAGy
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
Le T.rex et un carcharodontosaure indéterminé (cousin du Giganotosaurus) se révèlent être des exemples "extrêmes" qui illustrent parfaitement les 2 stratégies : 1⃣ Croissance rapide 2⃣ Allongement de la période de croissance 2/3 Source : https://t.co/jDFZgVootr https://t.co/gH9bFCUgqW
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
RT @pantheo27705718: ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
ティラノや近縁は急成長だが、他の獣脚類はじっくり成長 論文 https://t.co/P92rGhz6ET ニュース https://t.co/4WC9X7rqYT
Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution | Proceedings of the Royal Society B: Biological Sciences https://t.co/yWFhTBFnU1
Osteohistological analyses reveal diverse strategies of theropod dinosaur body-size evolution | Proceedings of the Royal Society B: Biological Sciences https://t.co/aFO557j64m
Brilliant #paleontology paper on #dinosaurs. It seems the massive carnivores didn't all grow big in the same way: #palaeontology #paleobiology #dinosaur #theropod #fossil #biology #science #sciencetwitter https://t.co/Y38LM6NG5S