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Search resuls for: "enantiornithines"


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CNN —A peculiar fossil has helped scientists discover an unusual bird that lived among the dinosaurs 120 million years ago, and the find is changing the way researchers think about avian evolution. Enantiornithines are known as “opposite birds” because they had a shoulder joint feature that greatly differs from the ones modern birds have. “Before Imparavis, toothlessness in this group of birds was known to occur around 70 million years ago,” Clark said. When Jingmai O’Connor, the Field Museum’s associate curator of fossil reptiles, visited the Shandong museum’s collections a few years ago, the fossil caught her attention. While modern birds have fused forelimb digits, enantiornithines still had independent movement in the “little fingers” on their wings.
Persons: Sir David Attenborough, , Alex Clark, Imparavis, ” Clark, Jingmai O’Connor, O’Connor, Clark, , enantiornithines, ” O’Connor, ” Attenborough Organizations: CNN, University of Chicago, Field Locations: China, China’s Toudaoyingzi, Shandong
Fossilized feathers of an extinct bird show it molted differently than modern birds. The prehistoric bird lost its feathers all at once, while many modern birds molt in waves. There doesn't seem to be a singular reason why modern birds' ancestors survived and the others went extinct, O'Connor said in a statement. But it was also born with a full set of flying feathers, a trait found in certain types of modern precocial birds. O'Connor thinks developing a better understanding of molting and how it evolved could have important implications for modern birds.
Persons: Jingmai O'Connor, enantiornithines, O'Connor, would've, enantiornithine, enantiornithine would've, Yu Chen, I'm Organizations: Service, Field Museum Locations: Wall, Silicon
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