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#archaeopteryx — Public Fediverse posts

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

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  1. Biomechanical analysis of the legs of modern birds that hop to start flight, when applied to *Archaeopteryx* fossils, indicate that the proto-bird would have been able to launch itself using multiple hops. This supports a hypothesis that flight may have originated ground-up, possibly as a mechanism for predator avoidance.

    Summary: iflscience.com/early-birds-mig

    Original paper: sciencedirect.com/science/arti

    #Science #Birds #Flight #Dinosaurs #Archaeology #Biomechanics #Archaeopteryx

  2. Biomechanical analysis of the legs of modern birds that hop to start flight, when applied to *Archaeopteryx* fossils, indicate that the proto-bird would have been able to launch itself using multiple hops. This supports a hypothesis that flight may have originated ground-up, possibly as a mechanism for predator avoidance.

    Summary: iflscience.com/early-birds-mig

    Original paper: sciencedirect.com/science/arti

    #Science #Birds #Flight #Dinosaurs #Archaeology #Biomechanics #Archaeopteryx

  3. Biomechanical analysis of the legs of modern birds that hop to start flight, when applied to *Archaeopteryx* fossils, indicate that the proto-bird would have been able to launch itself using multiple hops. This supports a hypothesis that flight may have originated ground-up, possibly as a mechanism for predator avoidance.

    Summary: iflscience.com/early-birds-mig

    Original paper: sciencedirect.com/science/arti

    #Science #Birds #Flight #Dinosaurs #Archaeology #Biomechanics #Archaeopteryx

  4. Biomechanical analysis of the legs of modern birds that hop to start flight, when applied to *Archaeopteryx* fossils, indicate that the proto-bird would have been able to launch itself using multiple hops. This supports a hypothesis that flight may have originated ground-up, possibly as a mechanism for predator avoidance.

    Summary: iflscience.com/early-birds-mig

    Original paper: sciencedirect.com/science/arti

    #Science #Birds #Flight #Dinosaurs #Archaeology #Biomechanics #Archaeopteryx

  5. For Expandranon

    This does work in my style, but still needs to be translated into something buildable…

    #inflatable #archaeopteryx #dinosaur #dinosaucers #furryart #wip

  6. For Expandranon

    This does work in my style, but still needs to be translated into something buildable…

    #inflatable #archaeopteryx #dinosaur #dinosaucers #furryart #wip

  7. For Expandranon

    This does work in my style, but still needs to be translated into something buildable…

    #inflatable #archaeopteryx #dinosaur #dinosaucers #furryart #wip

  8. For Expandranon

    This does work in my style, but still needs to be translated into something buildable…

    #inflatable #archaeopteryx #dinosaur #dinosaucers #furryart #wip

  9. Paleontólogos do Field Museum reanalisaram fósseis do Archaeopteryx, revelando detalhes sobre sua ecologia e comportamento. O estudo, que examina cinco espécimes, enfatiza a complexidade de sua locomoção e dieta, contribuindo para a compreensão desse ancestral das aves.

    🔗 omniletters.com/paleontologos-

    #paleontologia #archaeopteryx #ecologia #fossil #aves

  10. #Archaeopteryx (/ˌɑːrkiːˈɒptərɪks/ ⓘ; lit. 'ancient wing'), sometimes referred to by its German name, "Urvogel " (lit. 'Primeval Bird') is a genus of bird-like dinosaurs. The genus name derives from the Ancient Greek ἀρχαῖος (archaîos), meaning 'ancient', and πτέρυξ

  11. A #mouth built for efficiency may have helped the earliest #bird fly
    About 150M years ago, in a coastal lagoon in what is now Germany, the oldest known bird gobbled up food with a beak built for efficient eating.
    Called #Archaeopteryx, the animal had a toothed beak, hooked claws for grasping or climbing and feathered wings that it used for gliding and short bursts of flight. It is the earliest #dinosaur that scientists also classify as a bird.
    sciencenews.org/article/mouth-
    archive.ph/Rw6hK

  12. A built for efficiency may have helped the earliest fly
    About 150M years ago, in a coastal lagoon in what is now Germany, the oldest known bird gobbled up food with a beak built for efficient eating.
    Called , the animal had a toothed beak, hooked claws for grasping or climbing and feathered wings that it used for gliding and short bursts of flight. It is the earliest that scientists also classify as a bird.
    sciencenews.org/article/mouth-
    archive.ph/Rw6hK

  13. A #mouth built for efficiency may have helped the earliest #bird fly
    About 150M years ago, in a coastal lagoon in what is now Germany, the oldest known bird gobbled up food with a beak built for efficient eating.
    Called #Archaeopteryx, the animal had a toothed beak, hooked claws for grasping or climbing and feathered wings that it used for gliding and short bursts of flight. It is the earliest #dinosaur that scientists also classify as a bird.
    sciencenews.org/article/mouth-
    archive.ph/Rw6hK

  14. A #mouth built for efficiency may have helped the earliest #bird fly
    About 150M years ago, in a coastal lagoon in what is now Germany, the oldest known bird gobbled up food with a beak built for efficient eating.
    Called #Archaeopteryx, the animal had a toothed beak, hooked claws for grasping or climbing and feathered wings that it used for gliding and short bursts of flight. It is the earliest #dinosaur that scientists also classify as a bird.
    sciencenews.org/article/mouth-
    archive.ph/Rw6hK

  15. Complex tongue bones, fleshy teeth on the roof of earliest known bird's mouth phys.org/news/2026-02-complex- Paper by Jingmai K. O’Connor et al.: cell.com/the-innovation/fullte

    "For a long time, there have been very few things we could say really characterize the transition from terrestrial #dinosaurs to flying bird dinosaurs... These weird little features in the mouth of #Archaeopteryx, that are also found in living #birds, are giving us new criteria"

  16. Complex tongue bones, fleshy teeth on the roof of earliest known bird's mouth phys.org/news/2026-02-complex- Paper by Jingmai K. O’Connor et al.: cell.com/the-innovation/fullte

    "For a long time, there have been very few things we could say really characterize the transition from terrestrial #dinosaurs to flying bird dinosaurs... These weird little features in the mouth of #Archaeopteryx, that are also found in living #birds, are giving us new criteria"

  17. Complex tongue bones, fleshy teeth on the roof of earliest known bird's mouth phys.org/news/2026-02-complex- Paper by Jingmai K. O’Connor et al.: cell.com/the-innovation/fullte

    "For a long time, there have been very few things we could say really characterize the transition from terrestrial #dinosaurs to flying bird dinosaurs... These weird little features in the mouth of #Archaeopteryx, that are also found in living #birds, are giving us new criteria"

  18. Some 150 million years ago, Europe was tropical — and mostly underwater. On one cluster of islands, there were unusual creatures. These were some of the earliest birds on the planet. For more than a century, #Archaeopteryx has been the only known bird genus from the Jurassic. Enter: #Baminornis

  19. Some 150 million years ago, Europe was tropical — and mostly underwater. On one cluster of islands, there were unusual creatures. These were some of the earliest birds on the planet. For more than a century, #Archaeopteryx has been the only known bird genus from the Jurassic. Enter: #Baminornis

  20. Some 150 million years ago, Europe was tropical — and mostly underwater. On one cluster of islands, there were unusual creatures. These were some of the earliest birds on the planet. For more than a century, #Archaeopteryx has been the only known bird genus from the Jurassic. Enter: #Baminornis

  21. Some 150 million years ago, Europe was tropical — and mostly underwater. On one cluster of islands, there were unusual creatures. These were some of the earliest birds on the planet. For more than a century, #Archaeopteryx has been the only known bird genus from the Jurassic. Enter: #Baminornis

  22. Discoveries in #Jurassic rocks reveal that #birds were adept fliers earlier than scientists realized.

    Some 150 million years ago, in tropical land that is now Europe, there were unusual creatures that didn’t fit in with the rest of the #fauna.

    These were some of the earliest birds on the planet: about the size of crows, with black feathers, and probably partial to eating insects.

    They also didn’t look like modern birds.

    They had teeth in their jaws and claws at the ends of their wings — features seen on no adult birds today.

    These German animals were #Archaeopteryx, and they bore many traces of their #dinosaur ancestors.

    #evolution #biology
    nature.com/articles/d41586-026

  23. Discoveries in #Jurassic rocks reveal that #birds were adept fliers earlier than scientists realized.

    Some 150 million years ago, in tropical land that is now Europe, there were unusual creatures that didn’t fit in with the rest of the #fauna.

    These were some of the earliest birds on the planet: about the size of crows, with black feathers, and probably partial to eating insects.

    They also didn’t look like modern birds.

    They had teeth in their jaws and claws at the ends of their wings — features seen on no adult birds today.

    These German animals were #Archaeopteryx, and they bore many traces of their #dinosaur ancestors.

    #evolution #biology
    nature.com/articles/d41586-026

  24. Discoveries in #Jurassic rocks reveal that #birds were adept fliers earlier than scientists realized.

    Some 150 million years ago, in tropical land that is now Europe, there were unusual creatures that didn’t fit in with the rest of the #fauna.

    These were some of the earliest birds on the planet: about the size of crows, with black feathers, and probably partial to eating insects.

    They also didn’t look like modern birds.

    They had teeth in their jaws and claws at the ends of their wings — features seen on no adult birds today.

    These German animals were #Archaeopteryx, and they bore many traces of their #dinosaur ancestors.

    #evolution #biology
    nature.com/articles/d41586-026

  25. Discoveries in #Jurassic rocks reveal that #birds were adept fliers earlier than scientists realized.

    Some 150 million years ago, in tropical land that is now Europe, there were unusual creatures that didn’t fit in with the rest of the #fauna.

    These were some of the earliest birds on the planet: about the size of crows, with black feathers, and probably partial to eating insects.

    They also didn’t look like modern birds.

    They had teeth in their jaws and claws at the ends of their wings — features seen on no adult birds today.

    These German animals were #Archaeopteryx, and they bore many traces of their #dinosaur ancestors.

    #evolution #biology
    nature.com/articles/d41586-026

  26. "No, no, the 'A' is not for 'Anna', it is for 'Archaeopteryx'."

    #archaeopteryx

  27. "No, no, the 'A' is not for 'Anna', it is for 'Archaeopteryx'."

    #archaeopteryx

  28. "No, no, the 'A' is not for 'Anna', it is for 'Archaeopteryx'."

    #archaeopteryx

  29. Ich wusste gar nicht, dass #Archaeopteryx in zuerst Deutschland entdeckt wurde. Und schon gar nicht wusste ich, dass Archaeopteryx eines der bedeutsamsten Funde der Erdgeschichte ist.

    https://www.youtube.com/shorts/X9JSxhnGfIs
  30. Ich wusste gar nicht, dass #Archaeopteryx in zuerst Deutschland entdeckt wurde. Und schon gar nicht wusste ich, dass Archaeopteryx eines der bedeutsamsten Funde der Erdgeschichte ist.

    https://www.youtube.com/shorts/X9JSxhnGfIs
  31. Ich wusste gar nicht, dass #Archaeopteryx in zuerst Deutschland entdeckt wurde. Und schon gar nicht wusste ich, dass Archaeopteryx eines der bedeutsamsten Funde der Erdgeschichte ist.

    https://www.youtube.com/shorts/X9JSxhnGfIs
  32. Ich wusste gar nicht, dass #Archaeopteryx in zuerst Deutschland entdeckt wurde. Und schon gar nicht wusste ich, dass Archaeopteryx eines der bedeutsamsten Funde der Erdgeschichte ist.

    https://www.youtube.com/shorts/X9JSxhnGfIs
  33. #Archaeopteryx design I'm working on together with @lemontines.bsky.social for artfight! I won't be participating this year but I couldn't not do something with the theme being Fossils vs Crystals this year! #art #artfight #sketch

  34. #Archaeopteryx design I'm working on together with @lemontines.bsky.social for artfight! I won't be participating this year but I couldn't not do something with the theme being Fossils vs Crystals this year! #art #artfight #sketch

  35. #Archaeopteryx design I'm working on together with @lemontines.bsky.social for artfight! I won't be participating this year but I couldn't not do something with the theme being Fossils vs Crystals this year! #art #artfight #sketch

  36. My 25 years of palaeoart chronology...

    Flight evolved independently in Dromaeosauridae, Archaeopterygidae, Anchiornithidae, Scansoriopterygidae, and whatever Rahonavis is. Here's Yi qi from DINOSAUR BEHAVIOUR, by Prof Michael Benton (published by Princeton University Press).

    #SciArt #SciComm #PaleoArt #PalaeoArt #Dinosaurs #Microraptor #Rahonavis #Archaeopteryx #Anchiornis #YiQi #Raptors #Velociraptor #JurassicPark #JurassicWorld #CampCretaceous #WildlifeArt