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Discussions evidence excitement and scientific curiosity, with posts mentioning precise force estimates like 35,000 to 57,000 Newtons and noting the implications for feeding behavior and predatory strength; the tone ranges from technical to enthusiastic, emphasizing the potential for a paradigm shift in understanding T. rex.
Most discussions highlight the impressive bite force estimates and agree with the significance of high-powered predatory capabilities in T. rex.
The detailed references to the estimated force in Newtons and implications for predatory behavior show a high level of curiosity and scientific interest.
Several posts delve into technical details, such as the methodologies and implications of increased bite power during growth, demonstrating active engagement.
Posts suggest that these findings could reshape understanding of T. rex’s hunting and feeding strategies, indicating a high potential impact on paleontology.
seinem gesamten Körpergewicht auf einem Backenzahn - nicht schlecht! Tyrannosaurus hatte einen 1,5m langen Schädel (nicht viel kürzer als Lindner groß) und eine Beißkraft von geschätzten 35.000-50.000 N auf einem Backenzahn. Aus Koprolithen wissen wir, https://t.co/PcszVqqOKA
Tyrannosaurus mostra toda sua potência de mordida e fãs piram! https://t.co/lGb9VkQjar
「ディノサン」第1話から、ギガノトサウルスがいきなり登場しました。 生きた恐竜を可愛いと言える世界観って素敵ですよね！ ギガノトサウルスの咬合力については、この論文(Bates and Falkingham, 2012) https://t.co/i74CDLQ7Le に、ティラノサウルスの咬合力と共に棒グラフで見る事が出来ます。 https://t.co/hRDG8wUSVx https://t.co/Ke3ZABo3qY
#冬休み子ども科学電話相談 アルバートサウルスは集団で化石が見つかってます。https://t.co/ZLdF1gMGlM 彼等の幼体は成体よりも足が速いとされています。https://t.co/5FMmebFVLD 成体の方が噛む力は強いです。 https://t.co/RiFnTokt8G https://t.co/oeK6vuFJJd 分かっているのはここまで。
@BestInSlotYT I found this (relatively) recent paper suggesting a sustained bite forces of 35 000–57 000 N at a single posterior tooth using multi-body dynamics, Which is around 6 tonnes of pressure per bite: https://t.co/WCsq1s7qB2
RT @BMauschen: seinem gesamten Körpergewicht auf einem Backenzahn - nicht schlecht! Tyrannosaurus hatte einen 1,5m langen Schädel (nicht vi…
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- força de mordida e alguns exemplos práticos de comportamento predatório https://t.co/7OQ7csViyl
RT @BMauschen: seinem gesamten Körpergewicht auf einem Backenzahn - nicht schlecht! Tyrannosaurus hatte einen 1,5m langen Schädel (nicht vi…
seinem gesamten Körpergewicht auf einem Backenzahn - nicht schlecht! Tyrannosaurus hatte einen 1,5m langen Schädel (nicht viel kürzer als Lindner groß) und eine Beißkraft von geschätzten 35.000-50.000 N auf einem Backenzahn. Aus Koprolithen wissen wir, https://t.co/PcszVqqOKA
RT @alinemghilardi: Tyrannosaurus mostra toda sua potência de mordida e fãs piram! https://t.co/lGb9VkQjar
Tyrannosaurus mostra toda sua potência de mordida e fãs piram! https://t.co/lGb9VkQjar
「ディノサン」第1話から、ギガノトサウルスがいきなり登場しました。 生きた恐竜を可愛いと言える世界観って素敵ですよね！ ギガノトサウルスの咬合力については、この論文(Bates and Falkingham, 2012) https://t.co/i74CDLQ7Le に、ティラノサウルスの咬合力と共に棒グラフで見る事が出来ます。 https://t.co/hRDG8wUSVx https://t.co/Ke3ZABo3qY
@BestInSlotYT I found this (relatively) recent paper suggesting a sustained bite forces of 35 000–57 000 N at a single posterior tooth using multi-body dynamics, Which is around 6 tonnes of pressure per bite: https://t.co/WCsq1s7qB2
#冬休み子ども科学電話相談 アルバートサウルスは集団で化石が見つかってます。https://t.co/ZLdF1gMGlM 彼等の幼体は成体よりも足が速いとされています。https://t.co/5FMmebFVLD 成体の方が噛む力は強いです。 https://t.co/RiFnTokt8G https://t.co/oeK6vuFJJd 分かっているのはここまで。