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Discussions reveal a vibrant interest in the findings, such as acknowledging that climate change significantly influenced the evolution of reptiles over millions of years. Phrases like 'a new dataset' and 'successive climate crises' indicate urgency and importance, demonstrating how the tone of these discussions conveys both excitement and substantial engagement with the article's content.
Many posts reflect a general support for the research, highlighting key findings without opposing views.
The discussions show a high level of curiosity and relevance, as many users reference the significance of climate crises in evolutionary biology.
While some posts simply share the article, others delve into specific findings, indicating a moderate level of engagement.
Users recognize the importance of the study in understanding reptile evolution, suggesting they believe it could influence future research.
It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/FeL5cN811D (1/n)
A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/IXEolCEnMn @ScienceAdvances https://t.co/bepIsF1PBo
A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/IXEolCEVBV @ScienceAdvances https://t.co/kyS4R9KfA6
Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptiles, y no una extinción masiva de mamíferos como creían los paleontólogos. https://t.co/YPozMFhF4y https://t.co/ZbSblx3bL9
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/zh9mXubUnC
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/SCbJ2qDth5
This video explores the evolutionary origins of turtles by analyzing new taxa in existing studies. It emphasizes the link between turtles and parareptiles like Eunotosaurus, challenging previous classifications and…
This video explores how climate change-induced mass extinctions shaped the early evolution of reptiles. Discover insights into adaptive responses to environmental shifts that influenced reptile development over 57…
遠い昔（ペルム紀～三畳紀）に起きた相次ぐ気候変動が爬虫類の進化と分散を促した？ "Successive climate crises in the deep past drove the early evolution and radiation of reptiles" (Tiago R Simões, et al. 2022) https://t.co/8CRyA4whoc https://t.co/lC3hSZxHSq
@Xilaf_ c'est pas un lézard
参考：Wolniewicz et al. (2023)でも引用されている、似たようなトポロジーのSimões et al. (2022)。 https://t.co/xkTSB2HquM
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
ARTÍCULO ORIGINAL (acceso abierto) Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/9w05P0UvJy via @ScienceAdvances
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/StCs5ad1sR
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/4RzexvZIO0 @ScienceAdvances https://t.co/rrWlSFeobF
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/IXEolCEnMn @ScienceAdvances https://t.co/bepIsF1PBo
https://t.co/sY9c8CnwlB
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/oSOQf07aYG
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/4RzexwhjFy @ScienceAdvances https://t.co/gnzeFwYXEt
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
RT @ScienceMagazine: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close re…
A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/IXEolCEVBV @ScienceAdvances https://t.co/kyS4R9KfA6
"A group of @Harvard researchers have found that the Age of Reptiles, a time period of rapid evolution of reptile species, was precipitated by 60 million years of climate change and global warming." Paper
Successive #climate crises in the deep past drove the early #evolution and radiation of #reptiles https://t.co/gV0WG2WRu2
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @MCZpaleo: New #MCZVertPaleo study led by @paleoTsimoes shows the rise of reptiles was not solely due to niche expansion following the e…
RT @MCZpaleo: New #MCZVertPaleo study led by @paleoTsimoes shows the rise of reptiles was not solely due to niche expansion following the e…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles - https://t.co/jWxcqFpJ3i #ScholarAlerts
ScienceMagazine: RT @ScienceAdvances: A new dataset of morphological features from all major lineages of early reptiles, early synapsids, and their close relatives shows how climate crises shaped the early evolution of reptiles. https://t.co/9AtAmXg3iO https://t.co/BV2jQqCSHi
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @GAgudeloC: Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/SCbJ2qDth5
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/SCbJ2qDth5
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/PS6d5Ry2aN
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https://t.co/MlY5CPyuui
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @CienciaDelCope: Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptile…
Un aumento en las temperaturas en el Pérmico, hace 250 millones de años, pudo ser el detonante del auge de loas reptiles, y no una extinción masiva de mamíferos como creían los paleontólogos. https://t.co/YPozMFhF4y https://t.co/ZbSblx3bL9
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @pantheo27705718: 爬虫類のボディプランの急速な進化と多様化はペルム紀末の大量絶滅より約3000万年前から地球の温暖化に伴い起こっていた。 1000を超える標本のデータセットと地質学的記録の数百万年にわたる全球温度データと組み合わせる 論文フリー http…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https://t.co/JS0j7h4Hhe
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https://t.co/vQ50cYeBad
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @TomHoltzPaleo: Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/zh9mXubUnC
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles. https://t.co/pP0b1aq2Eb
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https://t.co/uCKTutGdEK
RT @TomHoltzPaleo: Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/zh9mXubUnC
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @PhylumBryozoa: Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https:…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles | Science Advances https://t.co/uKmal7aubg
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @TomHoltzPaleo: Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/zh9mXubUnC
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/zh9mXubUnC
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
RT @paleoTsimoes: It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep pas…
It’s finally out! Our study in @ScienceAdvances with @MCZpaleo and @Synapsida! Successive climate crises in the deep past drove the early evolution and radiation of reptiles https://t.co/FeL5cN811D (1/n)
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