A recent study published in eLife reveals that the tail vanes of pterosaurs, a group of prehistoric flying vertebrates, played a crucial role in their maneuverability. Using laser-stimulated fluorescence, researchers examined four Rhamphorhynchus fossils and discovered previously unknown structures that helped keep the tail vanes stiff. Lead author Natalia Jagielska remarked on the importance of applying new technologies to historical specimens, suggesting that fossil discoveries can evolve when different investigative methods are utilized. The study illustrates the collaboration between scientists, and artists like Jagielska, indicating a symbiosis between creativity and research in paleontology.
Using laser scanning technology on fossils, scientists discovered that the tail vanes of pterosaurs helped aid maneuverability during flight, showcasing new insights into these prehistoric creatures.
Even well-studied fossils can reveal new information when new technologies are applied, as shown by the recent discoveries regarding pterosaur tail vanes.
Natalia Jagielska emphasized that the integration of scientific research and art, like illustrating a children's book, can lead to innovative discoveries in paleontology.
Dr. Pittman and Thomas G. Kaye advocate for the application of laser-stimulated fluorescence in not just paleontology but also in archaeological investigations.
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