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4-winged fossil found in Liaoning challenges single origin of dinosaur flight

Steadysecond windCoverage went quiet for 11 days, then returned with 6 more reports - 7 voices in all.
Tue, 29 September 2026peak 2 reports on Tue, 29 September 2026Sun, 18 October 2026

What it is about

ScientistsLiaoningnortheastern ChinaSteve BrusatteChinese Academy Of SciencesChinaChineseFujian, Fujian, ChinaMin Wang, Hubei, ChinaYuezhuornis yangyuanensisL’Envol des oiseauxCharles DarwinChinese scientistsLate JurassicYuezhuornis YangyuanensisFernando NovasZhenghe, Anhui, ChinaMin Yang, Guangxi, China

Who published it, and when

original reportfirst to report
ABC (Spain)1 original report
El País (Spain)1 original report1 original report
South China Morning Post1 original report1 original report
wfae.org1 original report
newscientist.com1 original report
Le Monde (France)1 original report
dailygalaxy.com1 original report
29 Sept, 15:00over 19 days18 Oct, 12:15

How it spread - 9 original reports

  1. Tue, 29 September 2026

    2 reports
    • ABC (Spain)15:00first to report

      Hubo un tiempo, hace más de 100 millones de años, en que volar no era más que un experimento. No había pájaros modernos surcando los cielos, ni tampoco murciélagos. Pero había, eso sí, pequeños dinosaurios cubiertos de plumas que ensayaban soluciones distintas: alas en los brazos, plumas largas en las patas, colas convertidas en superficies aerodinámicas... La evolución probaba distintas posibilidades.Durante más de un siglo, la ciencia ha dado por sentado que el vuelo de las aves fue un...

    • El País (Spain)15:00

      El hallazgo del ‘Norellraptor barsboldi’ añade pruebas para reforzar la teoría de que la capacidad de volar surgió de forma independiente en las aves primitivas y otros dinosaurios

  2. Wed, 30 September 2026

    1 report
    • South China Morning Post09:00

      Scientists have unveiled an exceptionally well-preserved 100-million-year-old fossil of a small, feathered dinosaur in northeastern China that could reshape our understanding of how dinosaurs took to the skies. The newly discovered species, named Norellraptor barsboldi, is a four-winged predatory dinosaur measuring 57cm (22 inches) long. Belonging to the microraptorines – small dinosaurs with feathers and wings closely related to birds – the creature offers fresh evidence that flight evolved...

  3. Mon, 12 October 2026

    1 report
  4. Wed, 14 October 2026

    2 reports
  5. Thu, 15 October 2026

    1 report
  6. Fri, 16 October 2026

    1 report
    • South China Morning Post12:00

      Chinese scientists have unearthed a fossil of the earliest known flightless bird, offering compelling evidence that not all early birds evolved to take to the skies. The discovery could also challenge long-held assumptions – including ideas dating back to evolutionary theorist Charles Darwin – that flightlessness in birds arose only as a secondary adaptation after earlier species had mastered flight. The 150 million-year-old fossil of the Late Jurassic avialan Yuezhuornis yangyuanensis found...

  7. Sun, 18 October 2026

    1 report

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