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#paleogene — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #paleogene, aggregated by home.social.

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  1. The death of #dinosaurs reengineered Earth news.umich.edu/your-ecosystem-

    #Dinosaur extinction can explain continental facies shifts at the #Cretaceous-#Paleogene boundary nature.com/articles/s43247-025

    "their sudden #extinction led to wide scale changes in landscapes—including the shape of #rivers—and these changes are reflected in the geologic record... the sudden disappearance of dinosaurs allowed #forests to flourish, helping to trap sediment, build point bars and structure rivers."

  2. The death of #dinosaurs reengineered Earth news.umich.edu/your-ecosystem-

    #Dinosaur extinction can explain continental facies shifts at the #Cretaceous-#Paleogene boundary nature.com/articles/s43247-025

    "their sudden #extinction led to wide scale changes in landscapes—including the shape of #rivers—and these changes are reflected in the geologic record... the sudden disappearance of dinosaurs allowed #forests to flourish, helping to trap sediment, build point bars and structure rivers."

  3. The death of #dinosaurs reengineered Earth news.umich.edu/your-ecosystem-

    #Dinosaur extinction can explain continental facies shifts at the #Cretaceous-#Paleogene boundary nature.com/articles/s43247-025

    "their sudden #extinction led to wide scale changes in landscapes—including the shape of #rivers—and these changes are reflected in the geologic record... the sudden disappearance of dinosaurs allowed #forests to flourish, helping to trap sediment, build point bars and structure rivers."

  4. The death of #dinosaurs reengineered Earth news.umich.edu/your-ecosystem-

    #Dinosaur extinction can explain continental facies shifts at the #Cretaceous-#Paleogene boundary nature.com/articles/s43247-025

    "their sudden #extinction led to wide scale changes in landscapes—including the shape of #rivers—and these changes are reflected in the geologic record... the sudden disappearance of dinosaurs allowed #forests to flourish, helping to trap sediment, build point bars and structure rivers."

  5. We interrupt the planned programming to let everyone know we have a new paper out! 🚨
    Led by Cécile Figus, this work explores what governs the distribution of deep #sea sediment rich in #diatom across the #Paleogene.

    Link: bg.copernicus.org/articles/22/

  6. We interrupt the planned programming to let everyone know we have a new paper out! 🚨
    Led by Cécile Figus, this work explores what governs the distribution of deep #sea sediment rich in #diatom across the #Paleogene.

    Link: bg.copernicus.org/articles/22/

  7. We interrupt the planned programming to let everyone know we have a new paper out! 🚨
    Led by Cécile Figus, this work explores what governs the distribution of deep #sea sediment rich in #diatom across the #Paleogene.

    Link: bg.copernicus.org/articles/22/

  8. We interrupt the planned programming to let everyone know we have a new paper out! 🚨
    Led by Cécile Figus, this work explores what governs the distribution of deep #sea sediment rich in #diatom across the #Paleogene.

    Link: bg.copernicus.org/articles/22/

  9. We interrupt the planned programming to let everyone know we have a new paper out! 🚨
    Led by Cécile Figus, this work explores what governs the distribution of deep #sea sediment rich in #diatom across the #Paleogene.

    Link: bg.copernicus.org/articles/22/

  10. I am very happy to share this new paper led by Cécile Figus, which shows the very complex relationship between #diatom prevalence in #Paleogene epicontinental seas, #tectonics, and global #climate.
    cp.copernicus.org/articles/20/

  11. I am very happy to share this new paper led by Cécile Figus, which shows the very complex relationship between #diatom prevalence in #Paleogene epicontinental seas, #tectonics, and global #climate.
    cp.copernicus.org/articles/20/

  12. I am very happy to share this new paper led by Cécile Figus, which shows the very complex relationship between #diatom prevalence in #Paleogene epicontinental seas, #tectonics, and global #climate.
    cp.copernicus.org/articles/20/

  13. I am very happy to share this new paper led by Cécile Figus, which shows the very complex relationship between #diatom prevalence in #Paleogene epicontinental seas, #tectonics, and global #climate.
    cp.copernicus.org/articles/20/

  14. I am very happy to share this new paper led by Cécile Figus, which shows the very complex relationship between #diatom prevalence in #Paleogene epicontinental seas, #tectonics, and global #climate.
    cp.copernicus.org/articles/20/

  15. First evidence of life colonizing deep into the bedrock of Greenland phys.org/news/2024-09-evidence

    Late #Cretaceous and Early #Paleogene Fluid Circulation and Microbial Activity in Deep Fracture Networks of the #Precambrian Basement of Western Greenland agupubs.onlinelibrary.wiley.co

    "These ages overlap with tectonic events related to the opening of the Atlantic Ocean... deep fracture networks in western #Greenland opened and were colonized by #microbes, such as sulfate reducers, during these events."

  16. First evidence of life colonizing deep into the bedrock of Greenland phys.org/news/2024-09-evidence

    Late #Cretaceous and Early #Paleogene Fluid Circulation and Microbial Activity in Deep Fracture Networks of the #Precambrian Basement of Western Greenland agupubs.onlinelibrary.wiley.co

    "These ages overlap with tectonic events related to the opening of the Atlantic Ocean... deep fracture networks in western #Greenland opened and were colonized by #microbes, such as sulfate reducers, during these events."

  17. First evidence of life colonizing deep into the bedrock of Greenland phys.org/news/2024-09-evidence

    Late #Cretaceous and Early #Paleogene Fluid Circulation and Microbial Activity in Deep Fracture Networks of the #Precambrian Basement of Western Greenland agupubs.onlinelibrary.wiley.co

    "These ages overlap with tectonic events related to the opening of the Atlantic Ocean... deep fracture networks in western #Greenland opened and were colonized by #microbes, such as sulfate reducers, during these events."

  18. First evidence of life colonizing deep into the bedrock of Greenland phys.org/news/2024-09-evidence

    Late #Cretaceous and Early #Paleogene Fluid Circulation and Microbial Activity in Deep Fracture Networks of the #Precambrian Basement of Western Greenland agupubs.onlinelibrary.wiley.co

    "These ages overlap with tectonic events related to the opening of the Atlantic Ocean... deep fracture networks in western #Greenland opened and were colonized by #microbes, such as sulfate reducers, during these events."

  19. First evidence of life colonizing deep into the bedrock of Greenland phys.org/news/2024-09-evidence

    Late #Cretaceous and Early #Paleogene Fluid Circulation and Microbial Activity in Deep Fracture Networks of the #Precambrian Basement of Western Greenland agupubs.onlinelibrary.wiley.co

    "These ages overlap with tectonic events related to the opening of the Atlantic Ocean... deep fracture networks in western #Greenland opened and were colonized by #microbes, such as sulfate reducers, during these events."

  20. Paleogene (Geological periods 🌍)

    The Paleogene Period is a geologic period and system that spans 43 million years from the end of the Cretaceous Period 66 million years ago to the beginning of the Neogene Period 23.03 Mya. It is the first part of the Cenozoic Era of the present Phanerozoic Eon. The earlier term Tertiary Period was used to define the time now covered by the Paleogene Period and subsequent Neogene Period; ...

    en.wikipedia.org/wiki/Paleogen

    #Paleogene #GeologicalPeriods

  21. Paleogene (Geological periods 🌍)

    The Paleogene Period is a geologic period and system that spans 43 million years from the end of the Cretaceous Period 66 million years ago to the beginning of the Neogene Period 23.03 Mya. It is the first part of the Cenozoic Era of the present Phanerozoic Eon. The earlier term Tertiary Period was used to define the time now covered by the Paleogene Period and subsequent Neogene Period; ...

    en.wikipedia.org/wiki/Paleogen

    #Paleogene #GeologicalPeriods

  22. My art in 2023 (9/12)

    September: Darwinius and Geiseltaliellus’s stare-off. The Paleogene was the last remaining Phanerozoic period I hadn’t done any art of, so I drew this little scene in the Messel Pit formation depicting a Darwininius and a lizard who do not enjoy sharing a tree.

    #MyArt #Paleogene #Eocene #Darwinius #Geiseltaliellus #Gastornis #MyArtIn2023 #paleoart

  23. My art in 2023 (9/12)

    September: Darwinius and Geiseltaliellus’s stare-off. The Paleogene was the last remaining Phanerozoic period I hadn’t done any art of, so I drew this little scene in the Messel Pit formation depicting a Darwininius and a lizard who do not enjoy sharing a tree.

    #MyArt #Paleogene #Eocene #Darwinius #Geiseltaliellus #Gastornis #MyArtIn2023 #paleoart

  24. My art in 2023 (9/12)

    September: Darwinius and Geiseltaliellus’s stare-off. The Paleogene was the last remaining Phanerozoic period I hadn’t done any art of, so I drew this little scene in the Messel Pit formation depicting a Darwininius and a lizard who do not enjoy sharing a tree.

    #MyArt #Paleogene #Eocene #Darwinius #Geiseltaliellus #Gastornis #MyArtIn2023 #paleoart

  25. My art in 2023 (9/12)

    September: Darwinius and Geiseltaliellus’s stare-off. The Paleogene was the last remaining Phanerozoic period I hadn’t done any art of, so I drew this little scene in the Messel Pit formation depicting a Darwininius and a lizard who do not enjoy sharing a tree.

    #MyArt #Paleogene #Eocene #Darwinius #Geiseltaliellus #Gastornis #MyArtIn2023 #paleoart

  26. My art in 2023 (9/12)

    September: Darwinius and Geiseltaliellus’s stare-off. The Paleogene was the last remaining Phanerozoic period I hadn’t done any art of, so I drew this little scene in the Messel Pit formation depicting a Darwininius and a lizard who do not enjoy sharing a tree.

    #MyArt #Paleogene #Eocene #Darwinius #Geiseltaliellus #Gastornis #MyArtIn2023 #paleoart

  27. Hi, hive-mind!
    How would you call the seaway between India and Eurasia during the Late #Cretaceous and #Paleogene?

  28. Hi, hive-mind!
    How would you call the seaway between India and Eurasia during the Late #Cretaceous and #Paleogene?

  29. Hi, hive-mind!
    How would you call the seaway between India and Eurasia during the Late #Cretaceous and #Paleogene?

  30. Hi, hive-mind!
    How would you call the seaway between India and Eurasia during the Late #Cretaceous and #Paleogene?

  31. Hi, hive-mind!
    How would you call the seaway between India and Eurasia during the Late #Cretaceous and #Paleogene?

  32. #Paleogene

    The Paleogene featured some of the highest global temperatures of all time, leading to tropical climates all over the planet, including at this lake in what will one day be Messel, Germany. Darwinius, a close cousin to our own ancestors, is having a staredown with the lizard Geiseltaliellus.

    #paleoart

    (12/14)

  33. #Paleogene

    The Paleogene featured some of the highest global temperatures of all time, leading to tropical climates all over the planet, including at this lake in what will one day be Messel, Germany. Darwinius, a close cousin to our own ancestors, is having a staredown with the lizard Geiseltaliellus.

    #paleoart

    (12/14)

  34. #Paleogene

    The Paleogene featured some of the highest global temperatures of all time, leading to tropical climates all over the planet, including at this lake in what will one day be Messel, Germany. Darwinius, a close cousin to our own ancestors, is having a staredown with the lizard Geiseltaliellus.

    #paleoart

    (12/14)

  35. #Paleogene

    The Paleogene featured some of the highest global temperatures of all time, leading to tropical climates all over the planet, including at this lake in what will one day be Messel, Germany. Darwinius, a close cousin to our own ancestors, is having a staredown with the lizard Geiseltaliellus.

    #paleoart

    (12/14)

  36. On a lovely evening 47 million years ago, #Darwinius and #Geiseltaliellus are forced to share their favourite lakeside tree. They don't enjoy each other's company,but are unlikely to do anything about it. Meanwhile,a pair of #Gastornis enjoys the evening Sun while a #Eurohippus takes a drink,safe in the knowledge that these giant birds are herbivores. #Archaeonycteris hunt insects above the lake,while various crocodylians hang out and get ready for the night.

    #Eocene #MyArt #paleoart #Paleogene