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#fossilrecord — Public Fediverse posts

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

  1. Denisovans May Have Interbred With Mysterious Group of Ancient Humans 

    John Bavaro Fine Arts/Science Photo For only the second time, researchers have obtained the full genome of a Denisovan, a group of ancient humans who lived in Asia. The DNA was extracted from a single 200,000-year-old tooth found in a Siberian cave.The genome reveals that there were at least three populations of Denisovans, with different histories. It also shows that early Denisovans interbred with an unidentified group of ancient humans........Continue reading.... By: Michael […]

    onlinemarketingscoops.com/2025

  2. Do you want to know how the structure of the rock record affects your reconstructions of #biodiversity, #evolution rates or trait evolution? The groundwork for doing this has been laid down in the field of #StratigraphicPaleobiology but until now no software tools have been available to researchers in #paleobiology and #geoscience to evaluate distortion of their #FossilRecord.

    Join the webinar on Building modeling pipelines for stratigraphic paleobiology in #RSoftware by my PhD student @Niklas_Hohmann in the Paleoverse lecture series hhttps://palaeoverse.org/lectures this Thursday at 4 PM UTC to learn how to use the new package StratPal developed in my European Research Council (ERC) project #MindTheGap

    You can find the package with extensive documentation here: mindthegap-erc.github.io/Strat
    More on the project: mindthegap-erc.github.io/

    If you are interested in working with us on #StratigraphicPaleobiology, structure of the fossil record, and development of #OpenSource research software, please get in touch!

  3. Do you want to know how the structure of the rock record affects your reconstructions of #biodiversity, #evolution rates or trait evolution? The groundwork for doing this has been laid down in the field of #StratigraphicPaleobiology but until now no software tools have been available to researchers in #paleobiology and #geoscience to evaluate distortion of their #FossilRecord.

    Join the webinar on Building modeling pipelines for stratigraphic paleobiology in #RSoftware by my PhD student @Niklas_Hohmann in the Paleoverse lecture series hhttps://palaeoverse.org/lectures this Thursday at 4 PM UTC to learn how to use the new package StratPal developed in my European Research Council (ERC) project #MindTheGap

    You can find the package with extensive documentation here: mindthegap-erc.github.io/Strat
    More on the project: mindthegap-erc.github.io/

    If you are interested in working with us on #StratigraphicPaleobiology, structure of the fossil record, and development of #OpenSource research software, please get in touch!

  4. New Zealand Has A Unique [Open Data] Fossil Record [Online Database] Named FRED
    --
    eos.org/articles/new-zealand-h <-- shared technical article
    --
    doi.org/10.1080/00288306.2020. <-- shared paper
    --
    fred.org.nz/ <-- FRED’s open data online portal
    --
    [my ‘minor’ in my MSc Geology at the University of Auckland, NZ was in palæontology, and I have had an interest ever since; total aside – <fred.*> is what I call my temp/junk/working files, anyone else?]
    #GIS #spatial #mapping #NewZealand #fossil #fossils #database #opendata #FRED #palæontology #paleontology #palaeontology #onlineportal #standards #records #publicrecords #geology #stratigraphy #sedimentology #scientifichistory #fossilrecord #samples #sampling
    @gnsscience

  5. Volcano-Formed Fossils Reveal Trilobites In Never-Before-Seen Detail
    --
    newatlas.com/biology/trilobite <-- shared technical article
    --
    doi.org/10.1126/science.adl454 <-- shared paper
    --
    [Palæontology was a ‘minor’ in my MSc (Geology) coursework, I have always had a fascination with it, and continue to follow it – and wonder…]
    #geology #palæontology #paleontology #fossil #trilobite #marine #fossilrecord #Morocco #AtlasMountains #volcanic #pyroclastic #seafloor #ash #Cambrian #xray #microtomography #imaging #imagery #geochemistry #petrography #invertebrate

  6. Volcano-Formed Fossils Reveal Trilobites In Never-Before-Seen Detail
    --
    newatlas.com/biology/trilobite <-- shared technical article
    --
    doi.org/10.1126/science.adl454 <-- shared paper
    --
    [Palæontology was a ‘minor’ in my MSc (Geology) coursework, I have always had a fascination with it, and continue to follow it – and wonder…]
    #geology #palæontology #paleontology #fossil #trilobite #marine #fossilrecord #Morocco #AtlasMountains #volcanic #pyroclastic #seafloor #ash #Cambrian #xray #microtomography #imaging #imagery #geochemistry #petrography #invertebrate

  7. Volcano-Formed Fossils Reveal Trilobites In Never-Before-Seen Detail
    --
    newatlas.com/biology/trilobite <-- shared technical article
    --
    doi.org/10.1126/science.adl4540 <-- shared paper
    --
    [Palæontology was a ‘minor’ in my MSc (Geology) coursework, I have always had a fascination with it, and continue to follow it – and wonder…]

  8. Pereira et al. found that the turtle fossil record unveils two extinction surges: one during the end-Cretaceous mass extinction and another likely caused by our hominin ancestors. Read now ahead of print to find out more!
    journals.uchicago.edu/doi/10.1

    #turtle #fossils #extinction #fossilRecord

  9. If humans went extinct, the Earth would recover from our impact in a few million years. But some of our legacies would remain in the fossil record, such as the bones of our cities and our plastic pollution. The planet's future inhabitants might wonder who we were and why we disappeared. #HumanExtinction #FossilRecord #EarthRecovery sciencefocus.com/planet-earth/

  10. If humans went extinct, the Earth would recover from our impact in a few million years. But some of our legacies would remain in the fossil record, such as the bones of our cities and our plastic pollution. The planet's future inhabitants might wonder who we were and why we disappeared. #HumanExtinction #FossilRecord #EarthRecovery sciencefocus.com/planet-earth/

  11. If humans went extinct, the Earth would recover from our impact in a few million years. But some of our legacies would remain in the fossil record, such as the bones of our cities and our plastic pollution. The planet's future inhabitants might wonder who we were and why we disappeared. #HumanExtinction #FossilRecord #EarthRecovery sciencefocus.com/planet-earth/

  12. If humans went extinct, the Earth would recover from our impact in a few million years. But some of our legacies would remain in the fossil record, such as the bones of our cities and our plastic pollution. The planet's future inhabitants might wonder who we were and why we disappeared. #HumanExtinction #FossilRecord #EarthRecovery sciencefocus.com/planet-earth/

  13. If humans went extinct, the Earth would recover from our impact in a few million years. But some of our legacies would remain in the fossil record, such as the bones of our cities and our plastic pollution. The planet's future inhabitants might wonder who we were and why we disappeared. #HumanExtinction #FossilRecord #EarthRecovery sciencefocus.com/planet-earth/

  14. Marine #fossils are a reliable benchmark for degrading and collapsing ecosystems
    phys.org/news/2023-07-marine-f

    The quality of the #FossilRecord across higher #taxa: compositional fidelity of phyla and classes in #benthic marine associations peerj.com/articles/15574/

    "An analysis of more than 60,000 specimens indicates marine fossils are preserved in the fossil record in proportion to their diversity, enabling their use as a benchmark to assess the health of modern marine ecosystems."

  15. Today’s #FossilFriday is the enigmatic upper M3 from the Megalopolis basin discovered in 1962-63. 😮

    In 2021, Röding et al. conducted a crown outline analysis, which concluded that the Megalopolis molar most likely represents a Pleistocene specimen with #Neanderthal lineage affinities. 🦷 This research adds to the scarce Pleistocene human #fossilrecord of Greece and demonstrates the need for analytical methods when examining fragmentary specimens.

    📌#OpenAccess 📄
    doi.org/10.51315/9783935751377