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Bird Feathers

All articles tagged with #bird feathers

science1 year ago

Uncovering Ancient Patterns in Bird Feathers

Scientists analyzing hundreds of bird specimens have discovered a set of feather rules that can predict which dinosaurs could fly, settling debates on the evolution of flight. All flying birds have 9 to 11 asymmetrical flight feathers, while flightless birds vary in the number of primary feathers. Fossil analysis suggests flight evolved once in dinosaurs, with some species losing the ability while others became modern birds. The research challenges previous claims about multiple flight evolutions in dinosaurs and highlights the importance of examining feather structure in assessing flight potential.

science2 years ago

Ancient Feather Discoveries Uncover Startling Connections Between Dinosaurs and Birds

A new study using powerful X-rays has revealed that dinosaur feathers had a protein composition similar to modern birds, suggesting an early origin of bird feather chemistry, possibly 125 million years ago. The research found that the alpha-proteins in fossil feathers likely formed due to heat during fossilization, rather than being originally present. This discovery provides insights into the evolution of feathers and highlights the close relationship between dinosaurs and birds.

paleontology2 years ago

Ancient Amber Unveils Dinosaur Survival Clue through Preserved Bird Feathers

Bird feathers preserved in amber from 99 million years ago provide evidence that molting played a role in the extinction of some early bird ancestors. The feathers, found in Myanmar, belong to a bird species called Enantiornithine, which was one of the few types of dinosaurs to survive the asteroid strike that wiped out non-avian dinosaurs. The research suggests that the need to keep warm during rapid shedding may have contributed to the species' ultimate demise. Molting is a crucial process for birds, and understanding its evolution and impact on bird survival can shed light on the extinction of different dinosaur groups.