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#vertebrates — Public Fediverse posts

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

  1. The #frog #Pristimantis #esmeraldas (#Strabomantidae) is listed as "Least Concern" on the #IUCN List of #Threatened #Species; however, it faces threats from #agriculture/#deforestation within its habitats in Ecuador/Colombia. Like all Strabomantidae, it is #livebearing. With 626 known species, this genus is the most #speciose of any #vertebrates. #Biodiversity
    ©#StefanFWirth

    Reference
    doi.org/10.2305%2FIUCN.UK.2019

    Please support me
    ko-fi.com/sfwirth

    #Illustration
    © S.F.Wirth, AI-assisted

  2. The #frog #Pristimantis #esmeraldas (#Strabomantidae) is listed as "Least Concern" on the #IUCN List of #Threatened #Species; however, it faces threats from #agriculture/#deforestation within its habitats in Ecuador/Colombia. Like all Strabomantidae, it is #livebearing. With 626 known species, this genus is the most #speciose of any #vertebrates. #Biodiversity
    ©#StefanFWirth

    Reference
    doi.org/10.2305%2FIUCN.UK.2019

    Please support me
    ko-fi.com/sfwirth

    #Illustration
    © S.F.Wirth, AI-assisted

  3. Long before #vertebrates walked on land, #millipedes had the place to themselves.

    Hundreds of millions of years before #dinosaurs arrived, these early decomposers were helping establish Earth's terrestrial ecosystems.

    But despite their ancient history, scientists still hadn't fully unraveled their evolutionary story.

    Now, an international tesm of scientists has solved one of the last major mysteries in millipede #evolution, revealing new clues about a group of #animals that helped pave the way for #life on land.

    Millipedes beat vertebrates onto land by more than 80 million years.

    They set the stage for later life on land, including humans and vertebrates.

    #biology
    phys.org/news/2026-06-evolutio

    Paper by Vasquez-Valverde et al. (2026):
    cell.com/current-biology/abstr

  4. Long before #vertebrates walked on land, #millipedes had the place to themselves.

    Hundreds of millions of years before #dinosaurs arrived, these early decomposers were helping establish Earth's terrestrial ecosystems.

    But despite their ancient history, scientists still hadn't fully unraveled their evolutionary story.

    Now, an international tesm of scientists has solved one of the last major mysteries in millipede #evolution, revealing new clues about a group of #animals that helped pave the way for #life on land.

    Millipedes beat vertebrates onto land by more than 80 million years.

    They set the stage for later life on land, including humans and vertebrates.

    #biology
    phys.org/news/2026-06-evolutio

    Paper by Vasquez-Valverde et al. (2026):
    cell.com/current-biology/abstr

  5. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  6. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  7. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  8. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  9. Modern #imagingtechnologies allow more #fluorescence insights in #vertebrates. B. Burriel-Carranza et al. (2026) show that the #granularglands and #epidermis of the #firesalamander produce different #fluorophores, and that such compounds also circulate via the #bloodstream. Fluorescence may have a #communicative function.

    © #StefanFWirth

    Reference
    doi.org/10.1098/rsos.251991

    #Figure
    Potential #ecologicalrelevance of biofluorescence in S. salamandra, by the authors above creativecommons.org/licenses/b

  10. 👁️🧬 A new #study proposes that #vertebrates’ unique #eyes evolved from a single median eye atop a #worm-like ancestor 600 million years ago.

    That ancestor lost its side eyes while burrowing, then later repurposed its remaining third eye into our paired eyes. The pineal gland in your #brain is that original third eye, still regulating your #sleep from light signals.

    👉 psypost.org/scientists-say-the

    #evolution #science #biology #neuroscience #ancient #humans

  11. 👁️🧬 A new #study proposes that #vertebrates’ unique #eyes evolved from a single median eye atop a #worm-like ancestor 600 million years ago.

    That ancestor lost its side eyes while burrowing, then later repurposed its remaining third eye into our paired eyes. The pineal gland in your #brain is that original third eye, still regulating your #sleep from light signals.

    👉 psypost.org/scientists-say-the

    #evolution #science #biology #neuroscience #ancient #humans

  12. 🐟🧪 Biologists from #Acadia University and the University of #BritishColumbia studied how #psilocybin affects the behavior of the aggressive mangrove rivulus #fish.

    #Data indicated that the compound reduces territorial displays while allowing normal social interactions to continue. The findings suggest that the psychoactive ingredient in magic #mushrooms can dampen social conflict in #vertebrates.

    👉 popsci.com/science/magic-mushr

    #science #biology #nature #neuroscience #research #wildlife #ocean #ecology #animals

  13. 🐟🧪 Biologists from #Acadia University and the University of #BritishColumbia studied how #psilocybin affects the behavior of the aggressive mangrove rivulus #fish.

    #Data indicated that the compound reduces territorial displays while allowing normal social interactions to continue. The findings suggest that the psychoactive ingredient in magic #mushrooms can dampen social conflict in #vertebrates.

    👉 popsci.com/science/magic-mushr

    #science #biology #nature #neuroscience #research #wildlife #ocean #ecology #animals

  14. Human Eyes Evolved from a Single Median Eye of a 600-Million-Year-Old Ancestor

    📰 Original title: The shocking origin of human eyes traces back to an ancient “cyclops”

    🤖 IA: It's clickbait ⚠️
    👥 Usuarios: It's clickbait ⚠️

    View full AI summary: killbait.com/en/human-eyes-evo

    #science #evolution #eyes #vertebrates

  15. Human Eyes Evolved from a Single Median Eye of a 600-Million-Year-Old Ancestor

    📰 Original title: The shocking origin of human eyes traces back to an ancient “cyclops”

    🤖 IA: It's clickbait ⚠️
    👥 Usuarios: It's clickbait ⚠️

    View full AI summary: killbait.com/en/human-eyes-evo

    #science #evolution #eyes #vertebrates

  16. Why do some clades contain far more #species than others? By testing competing explanations across terrestrial #vertebrates, this study reveals that #biodiversity patterns are most often shaped by long-term productivity-driven equilibrium dynamics @PLOSBiology plos.io/4vuS10G

  17. Why do some clades contain far more #species than others? By testing competing explanations across terrestrial #vertebrates, this study reveals that #biodiversity patterns are most often shaped by long-term productivity-driven equilibrium dynamics @PLOSBiology plos.io/4vuS10G

  18. 🪱🌊 New #research indicates that our eyes developed from a midline light-sensing organ in a primitive sea creature.

    While our ancestors lost their original paired eyes while living as stationary filter feeders, the need for movement eventually triggered the #evolution of the complex retinas we use today. This process also led to the formation of the pineal gland, which regulates sleep cycles in modern #vertebrates.

    👉 independent.co.uk/news/science

    #science #biology #nature #marinebiology #history #genetics #zoology #neuroscience #education

  19. 🪱🌊 New #research indicates that our eyes developed from a midline light-sensing organ in a primitive sea creature.

    While our ancestors lost their original paired eyes while living as stationary filter feeders, the need for movement eventually triggered the #evolution of the complex retinas we use today. This process also led to the formation of the pineal gland, which regulates sleep cycles in modern #vertebrates.

    👉 independent.co.uk/news/science

    #science #biology #nature #marinebiology #history #genetics #zoology #neuroscience #education

  20. #Regeneration of fins and limbs relies on shared cellular playbook
    Immune cells, blood and repair #genes act in concert across three regenerating #vertebrates
    Team cut fins off #bichirs and tracked #gene activity at wound after one, three and seven days, which revealed types of cells present and activity. Team compared data to similar new and existing data about #axolotl, salamander that regrows limbs, and #zebrafish, a that can regrow tips of fins
    sciencenews.org/article/regene
    archive.ph/l7NI2

  21. #Regeneration of fins and limbs relies on shared cellular playbook
    Immune cells, blood and repair #genes act in concert across three regenerating #vertebrates
    Team cut fins off #bichirs and tracked #gene activity at wound after one, three and seven days, which revealed types of cells present and activity. Team compared data to similar new and existing data about #axolotl, salamander that regrows limbs, and #zebrafish, a that can regrow tips of fins
    sciencenews.org/article/regene
    archive.ph/l7NI2

  22. #Eyes of the world's longest-living #vertebrate, the #GreenlandShark, show little #ageing
    Greenland #shark (Somniosus microcephalus) can live for up to 400 years in the chilly North Atlantic and Arctic waters, making it one of the longest-living #vertebrates on Earth. And according to new research its seemingly undead eyes are fully functioning and barely deteriorate even after a century. Unravelling the shark's anti-ageing secrets could benefit human eye health.
    abc.net.au/news/science/2026-0

  23. #Eyes of the world's longest-living #vertebrate, the #GreenlandShark, show little #ageing
    Greenland #shark (Somniosus microcephalus) can live for up to 400 years in the chilly North Atlantic and Arctic waters, making it one of the longest-living #vertebrates on Earth. And according to new research its seemingly undead eyes are fully functioning and barely deteriorate even after a century. Unravelling the shark's anti-ageing secrets could benefit human eye health.
    abc.net.au/news/science/2026-0

  24. of the world's longest-living , the , show little
    Greenland (Somniosus microcephalus) can live for up to 400 years in the chilly North Atlantic and Arctic waters, making it one of the longest-living on Earth. And according to new research its seemingly undead eyes are fully functioning and barely deteriorate even after a century. Unravelling the shark's anti-ageing secrets could benefit human eye health.
    abc.net.au/news/science/2026-0

  25. #Eyes of the world's longest-living #vertebrate, the #GreenlandShark, show little #ageing
    Greenland #shark (Somniosus microcephalus) can live for up to 400 years in the chilly North Atlantic and Arctic waters, making it one of the longest-living #vertebrates on Earth. And according to new research its seemingly undead eyes are fully functioning and barely deteriorate even after a century. Unravelling the shark's anti-ageing secrets could benefit human eye health.
    abc.net.au/news/science/2026-0

  26. #Eyes of the world's longest-living #vertebrate, the #GreenlandShark, show little #ageing
    Greenland #shark (Somniosus microcephalus) can live for up to 400 years in the chilly North Atlantic and Arctic waters, making it one of the longest-living #vertebrates on Earth. And according to new research its seemingly undead eyes are fully functioning and barely deteriorate even after a century. Unravelling the shark's anti-ageing secrets could benefit human eye health.
    abc.net.au/news/science/2026-0

  27. All #vertebrates #evolved from a distant worm-like ancestor possessing a single median eye, which eventually gave rise to modern paired eyes and the brain's pineal gland.
    #EvolutionaryBiology #Biology #sflorg
    sflorg.com/2026/02/ebio0225260

  28. All #vertebrates #evolved from a distant worm-like ancestor possessing a single median eye, which eventually gave rise to modern paired eyes and the brain's pineal gland.
    #EvolutionaryBiology #Biology #sflorg
    sflorg.com/2026/02/ebio0225260

  29. Football-sized #fossil creature may have been one of the first land #animals to eat its veggies eurekalert.org/news-releases/1

    #Carboniferous recumbirostran elucidates the origins of terrestrial herbivory nature.com/articles/s41559-025

    "for tens of millions of years, these early land-dwelling creatures only ate their fellow animals... In a new paper, scientists describe the 307-million-year-old fossil of one of the earliest known land #vertebrates that evolved the ability to eat #plants."

  30. The Age of Fishes began with mass death, fossil database reveals phys.org/news/2026-01-age-fish

    #MassExtinction triggered the early radiations of jawed vertebrates and their jawless relatives science.org/doi/10.1126/sciadv

    "from this biological havoc, known as the Late #Ordovician Mass #Extinction, came an unprecedented richness of vertebrate life. One group came to dominate all others, putting life on the path to what is known today as jawed #vertebrates... they only became dominant because this happened"

  31. SemIDEEV de Maxime POLICARPO

    📅 Lundi 3 novembre 2025 à 14h à l'IDEEV

    ⏩"Evolution of olfaction in vertebrates"

    ⏩ En savoir plus : ideev.universite-paris-saclay.

    #seminaire #olfaction #vertebrates #genomics

  32. Human-induced pressures are expected to intensify this century. This study presents the #ProactiveConservationIndex, a new tool for #conservation prioritization regarding future threats for any group of species, & applies it to all terrestrial #vertebrates
    @PLOSBiology plos.io/3WVRpRH

  33. Human-induced pressures are expected to intensify this century. This study presents the #ProactiveConservationIndex, a new tool for #conservation prioritization regarding future threats for any group of species, & applies it to all terrestrial #vertebrates
    @PLOSBiology plos.io/3WVRpRH

  34. Four-limbed #vertebrates, known as tetrapods, have two enlarged areas in their spinal cords. The two enlargements have a correlation with the forelimbs and hind limbs, respectively. These enlargements are thought to be caused by the complex muscular system and the rich sensory networks supplying #nerves to the limbs.
    #Neuroscience #EvolutionaryBiology #sflorg
    sflorg.com/2025/10/ns10082502.

  35. Four-limbed #vertebrates, known as tetrapods, have two enlarged areas in their spinal cords. The two enlargements have a correlation with the forelimbs and hind limbs, respectively. These enlargements are thought to be caused by the complex muscular system and the rich sensory networks supplying #nerves to the limbs.
    #Neuroscience #EvolutionaryBiology #sflorg
    sflorg.com/2025/10/ns10082502.

  36. You can hold on to your butts thanks to #DNA that evolved in #fish
    Making digits seems to involve #gene activity that was needed to make a #cloaca.
    Fish that limbed #vertebrates evolved from don't have obvious digit equivalents, most common types of fish just have a large collection of rays supporting their fins.
    It turns out hox gene activity in digits isn't the ancestral state; instead, it seems to have #evolved separately in the ray-finned fish and vertebrate lineages.
    arstechnica.com/science/2025/0

  37. You can hold on to your butts thanks to #DNA that evolved in #fish
    Making digits seems to involve #gene activity that was needed to make a #cloaca.
    Fish that limbed #vertebrates evolved from don't have obvious digit equivalents, most common types of fish just have a large collection of rays supporting their fins.
    It turns out hox gene activity in digits isn't the ancestral state; instead, it seems to have #evolved separately in the ray-finned fish and vertebrate lineages.
    arstechnica.com/science/2025/0

  38. You can hold on to your butts thanks to that evolved in
    Making digits seems to involve activity that was needed to make a .
    Fish that limbed evolved from don't have obvious digit equivalents, most common types of fish just have a large collection of rays supporting their fins.
    It turns out hox gene activity in digits isn't the ancestral state; instead, it seems to have separately in the ray-finned fish and vertebrate lineages.
    arstechnica.com/science/2025/0

  39. You can hold on to your butts thanks to #DNA that evolved in #fish
    Making digits seems to involve #gene activity that was needed to make a #cloaca.
    Fish that limbed #vertebrates evolved from don't have obvious digit equivalents, most common types of fish just have a large collection of rays supporting their fins.
    It turns out hox gene activity in digits isn't the ancestral state; instead, it seems to have #evolved separately in the ray-finned fish and vertebrate lineages.
    arstechnica.com/science/2025/0

  40. You can hold on to your butts thanks to #DNA that evolved in #fish
    Making digits seems to involve #gene activity that was needed to make a #cloaca.
    Fish that limbed #vertebrates evolved from don't have obvious digit equivalents, most common types of fish just have a large collection of rays supporting their fins.
    It turns out hox gene activity in digits isn't the ancestral state; instead, it seems to have #evolved separately in the ray-finned fish and vertebrate lineages.
    arstechnica.com/science/2025/0

  41. Palaeocast has finally released part 2 of the wonderful interview with Dr Yara Haridy, about the origin of teeth ... which is stranger than you think .

    palaeocast.com/origin-of-teeth/

    #fossilFriday
    #fossils
    #teeth
    #vertebrates

  42. Palaeocast has finally released part 2 of the wonderful interview with Dr Yara Haridy, about the origin of teeth ... which is stranger than you think .

    palaeocast.com/origin-of-teeth/

    #fossilFriday
    #fossils
    #teeth
    #vertebrates

  43. `Our observations highlight Norselaspis as a prelude to the intercalation of the muscular neck and throat that would power the early jaw apparatus. Therefore, the vertebrate jaw—often considered the functional driver for ‘gnathostome’ innovations1,2,3—evolved instead as a follower to the sensory enhancement, increased cardiac output and greater locomotory control now inferred in the jawless sister group.`

    nature.com/articles/s41586-025

    h/t @PopularScience

    #biology #evolution #fish #vertebrates