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The overall tone is supportive and intrigued, with many posts emphasizing the novel use of mechanistic modeling in paleontology, such as calling the paper 'exciting' or 'groundbreaking', and citing specific methods like Niche Mapper, which demonstrates deep engagement and recognition of its potential impact.
Most discussions express support or positive recognition of the research, such as calling it the 'first' of its kind or highlighting its significance in understanding dinosaur evolution.
Posts show high curiosity, with many references to the novelty and importance of the modeling approach, reflecting strong engagement with the topic.
Numerous comments cite the methodology, such as the use of Niche Mapper, and discuss its implications, indicating thoughtful participation.
The widespread sharing, quoting, and praise suggest the research could influence future studies and understanding of dinosaur physiology and evolution.
It's finally out! https://t.co/6M9qSqy399
Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiological, & morphological constraints of early dinosaurs! @PaleoBadger @skeletaldrawing https://t.co/CHxLKL2SKZ https://t.co/blmRMKoUH4
Along the way there were conference presentations, some mis-steps, but after lots trial and error (and LOTS of sensitivity analysis) we published the first Mesozoic use of Niche Mapper for Coelophysis and Plateosaurus in 2020 https://t.co/6M9qSqyAYH (7/17)
We then used Niche Mapper to model climate and thermal stresses in four ground sloth genera. @PaleoBadger and @skeletaldrawing did a wonderful paper on this back in 2020 on using Niche Mapper in deep time, specifically with Late Triassic dinosaurs. https://t.co/BvYcWaubBw
#PLOSONE: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environ ... https://t.co/KH7IvQGLVd
Check out this new modeling paper on early dinosaurs from our very own @PaleoBadger: "Modeling Dragons..." exploring how physiology and the environment influences the early evolution of dinosaurs from the Triassic! @uwgeoscience @skeletaldrawing @Delta18O https://t.co/09BgI1ki20
Revisiting Dilophosaurus with recent research on its appearance, ecology, and unprecedented bone abnormalities showing long-term injury healing and deformation, providing new insights into its biology and pathology.
This Herrerasaurus toy has the classic scaly dinosaur skin but is that accurate? We don't know a lot about its relatives, making it hard to confirm if it had feathers or scales. Environmental factors like the cold…
The Triassic period is known for many strange animals that arose after the Permian mass extinction. Coelophysis, a small, inconspicuous dinosaur, is among the most well-known fossils from Ghost Ranch, New Mexico. This…
RT @deak_michael: We then used Niche Mapper to model climate and thermal stresses in four ground sloth genera. @PaleoBadger and @skeletaldr…
@MbvBaryonix @DAKKADAKKA1 Found it, I think! Don't have time atm to read through it, but I'm pretty sure this is it https://t.co/CzfTXRnnsm
RT @deak_michael: We then used Niche Mapper to model climate and thermal stresses in four ground sloth genera. @PaleoBadger and @skeletaldr…
We then used Niche Mapper to model climate and thermal stresses in four ground sloth genera. @PaleoBadger and @skeletaldrawing did a wonderful paper on this back in 2020 on using Niche Mapper in deep time, specifically with Late Triassic dinosaurs. https://t.co/BvYcWaubBw
RT @deak_michael: @TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity fo…
RT @deak_michael: @TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity fo…
RT @deak_michael: @TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity fo…
RT @deak_michael: @TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity fo…
RT @deak_michael: @TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity fo…
@TalesofKaimere @TheCentralObse1 @LizardManMeyer Biophysical modeling suggests that fuzz was a physiological necessity for Coelophysis. We just need someone to find a terrestrial Triassic laggerstatte deposit to be sure. https://t.co/BvYcWaubBw
"Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs." 著者] David M. Lovelace & Scott A. Hartman, et al. https://t.co/6aXVB4f8W0
RT @skeletaldrawing: Along the way there were conference presentations, some mis-steps, but after lots trial and error (and LOTS of sensiti…
RT @skeletaldrawing: Along the way there were conference presentations, some mis-steps, but after lots trial and error (and LOTS of sensiti…
Along the way there were conference presentations, some mis-steps, but after lots trial and error (and LOTS of sensitivity analysis) we published the first Mesozoic use of Niche Mapper for Coelophysis and Plateosaurus in 2020 https://t.co/6M9qSqyAYH (7/17)
@yamamotoyama555 例えば古環境の研究では、道中にコエロフィシスとプラテオサウルスの代謝を求めてる部分がありましたよ https://t.co/6aXVB3WZHS
https://t.co/Mg4aqcrSna
@jimmadseni I think the same thing. Especially after I read this https://t.co/0un4tBjJcF
Your Friday fun read: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs https://t.co/to8Ih9D772 #dragons #dinosaurs https://t.co/j27sQAL6Tn
論文へのリンク https://t.co/mempkYPsxv
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs https://t.co/nxB47guwpc
RT @UWGeologyMuseum: Check out this new modeling paper on early dinosaurs from our very own @PaleoBadger: "Modeling Dragons..." exploring h…
RT @UWGeologyMuseum: Check out this new modeling paper on early dinosaurs from our very own @PaleoBadger: "Modeling Dragons..." exploring h…
RT @UWGeologyMuseum: Check out this new modeling paper on early dinosaurs from our very own @PaleoBadger: "Modeling Dragons..." exploring h…
Check out this new modeling paper on early dinosaurs from our very own @PaleoBadger: "Modeling Dragons..." exploring how physiology and the environment influences the early evolution of dinosaurs from the Triassic! @uwgeoscience @skeletaldrawing @Delta18O https://t.co/09BgI1ki20
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @NicholasWuNZ: Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiolo…
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
Mechanistic niche modelling has become so common now that researchers are using it to predict the environmental, physiological, & morphological constraints of early dinosaurs! @PaleoBadger @skeletaldrawing https://t.co/CHxLKL2SKZ https://t.co/blmRMKoUH4
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @TomHoltzPaleo: #PLOSONE: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environ ... https:…
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @TomHoltzPaleo: #PLOSONE: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environ ... https:…
Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs https://t.co/DTsMDsGCSB via @PLOSOne https://t.co/2u0aMuwwPD
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @TomHoltzPaleo: #PLOSONE: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environ ... https:…
#PLOSONE: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environ ... https://t.co/KH7IvQGLVd
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
RT @skeletaldrawing: It's finally out! https://t.co/6M9qSqy399
It's finally out! https://t.co/6M9qSqy399
RT @bxv_palaeon: Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological,…
Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs https://t.co/KhoBkIqMAl
Modeling Dragons: Using linked mechanistic physiological and microclimate models to explore environmental, physiological, and morphological constraints on the early evolution of dinosaurs https://t.co/nv2QFYDc0H #bioRxiv
https://journals.plos. org/plosone/article?id=10.1371/journal. pone.0223872. journals.plos.org. Modeling Dragons: Using linked mechanistic ...
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872. It should also be noted that filamentous integument can be found ...
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872. Também deve ser observado que o tegumento filamentoso pode ser ...
... the article. Ranak04. • 4y ago · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · u/Akavakaku avatar · Akavakaku.
... 一篇关于这篇文章的链接。 Ranak04. • 4年前 · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4年前.
... länk till artikeln. Ranak04. • för 4 år sen · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • för 4 år ...
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4 jaar geleden.
Вот ссылка на статью. Ranak04. • 4 г. назад · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4 г.
... Link zum Artikel. Ranak04. • vor 4 Jahren · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • vor 4 ...
Ecco un link all'articolo. Ranak04. • 4 anni fa · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4 ...
https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4 年前.
... บ้าไปแล้ว นี่คือ ลิงก์ไปยังบทความ. Ranak04. • 4 ปีที่แล้ว · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • 4 ปีที่แล้ว.
... enlace al artículo. Ranak04. • hace 4 a · https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0223872 · Akavakaku. • hace 4 a.
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