【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
Seis-ing up the Super- Morrison formation sauropods.
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Jul 2024 – Jun 2025Where it's discussed
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X / Twitter97 posts
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What people are saying
Posts highlight specific aspects of the publication, such as the discovery that Diplodocus hallorum could live up to 60 years and the implications of size on maturity in these species. Phrases like 'amazing histo job' and references to the paper as a 'game changer' suggest a positive and engaged tone, reflecting strong interest and perceived importance in the ongoing discussion about dinosaur biology.
The majority of posts demonstrate strong agreement with the findings of the publication, highlighting the significance of the research.
There is considerable enthusiasm for the topic, as many users express curiosity about the study's implications regarding sauropod age and maturity.
While many posts share enthusiasm, a few delve slightly deeper into methodological discussions, though most maintain a more surface-level engagement.
Users perceive the research as having a significant impact on the understanding of sauropod development and ecology within the Morrison Formation.
Abstract in brief
- The Morrison Formation's sauropods, Diplodocus (formerly Seismosaurus hallorum) and Supersaurus vivianae, are among the largest dinosaurs known, with lengths reaching approximately 50 meters, sparking interest in size trends of these species.
- Despite their massive size, skeletal maturity and age at death have been studied, revealing that both species were skeletally mature, with estimates suggesting D. hallorum could have lived up to 60 years, whereas S. vivianae surpassed its maturity age with indeterminate lifespan estimates.
- The rarity of these large specimens in the Morrison Formation may be more related to their maturity levels rather than representing unusual taxa in that ecosystem.
Top posts
Most liked on X and BlueskyHow old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifting, amazing histo job! Diplodocus hallorum was 60 Supersaurus was ??? Synopsis: https://t.co/uAHxaOcuY6 Paper: https://t.co/aXLoSO73Pu #FossikCrates
New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/LxMgkYvwTf
スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
スーパーモリソン層 https://t.co/9fcrkB4y7O
All mentions
Could King Kong Survive Among Mesozoic Sauropods?
Today Kong enters the Mesozoic Era, exploring the Triassic, Jurassic, and Cretaceous periods. This video evaluates if the 2005 rendition can survive in regions inhabited by massive dinosaurs like Diplodocus and…
Discoveries in Morrison Formation: New Insights on Sauropods
This video explores recent paleontological discoveries, including insights into the Morrison Formation's sauropods. It emphasizes the implications of skeletal maturity studies on Diplodocus and Supersaurus, revealing…
RT @Juanyudocus: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
@Paleo_Fiorillo @NMMNHS_Paleo @SMUDedman @ExplorersClub @dino_mamire @AnatRecord @NMtourism @HokkaidoUni @ABQJournal @thenewmexican I'll chime in that in addition to being an exceptionally large specimen of Diplodocus, it was also an exceptionally old individual when it died. https://t.co/uvJtz3PoUG
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
@MuseumRockies @montanastate And this specimen is osteohistologically discussed in our paper: https://t.co/uvJtz3PoUG
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @oanus: スーパーモリソン層 https://t.co/9fcrkB4y7O
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @oanus: スーパーモリソン層 https://t.co/9fcrkB4y7O
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @oanus: スーパーモリソン層 https://t.co/9fcrkB4y7O
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @oanus: スーパーモリソン層 https://t.co/9fcrkB4y7O
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
スーパーモリソン層 https://t.co/9fcrkB4y7O
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @pantheo27705718: スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
スーパーサウルスは計算上最大225歳だが、論文著者らはそうだったとは考えていないとのことです 論文 https://t.co/mzKQYjorRD 論文pdf https://t.co/wfY1ea9KpV
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/Eag7ua7uhn
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @S_Kochirui: 【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
【#古知累論文紹介】 恐竜界のヒーロー、ディプロドクスとスーパーサウルス年齢査定。 ディプロドクスは約60歳、スーパーサウルスはなんと-長生きしすぎて現在の技術では推定不可能とのことw https://t.co/Esrjv8uq18
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @TomHoltzPaleo: Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/L…
Seis‐ing up the Super‐Morrison formation sauropods - Woodruff - Journal of Anatomy - Wiley Online Library https://t.co/LxMgkYvwTf
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
RT @Fossilcrates: How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifti…
How old were the longest sauropods? @DoubleBeam, John Foster, and I took a histo-peak. Cary Woodruff did the heavy lifting, amazing histo job! Diplodocus hallorum was 60 Supersaurus was ??? Synopsis: https://t.co/uAHxaOcuY6 Paper: https://t.co/aXLoSO73Pu #FossikCrates
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
RT @IronhideArcee: New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8
New paper on the ontogeny of the Diplodocus hallorum holotype and the WDC Supersaurus (Jimbo)! https://t.co/2MWrSFWYm8