Scientists Uncover First Fossilized Pterosaur from Vomit, Shedding New Light on Ancient Creatures.
About 110 million years ago, a dinosaur apparently swallowed two pterosaurs and four fish before excreting them. But despite being found in Brazil, the fossil was initially misidentified as just a blob of fish remains. It wasn't until paleontologist Aline Ghilardi took a closer look that her team realized it was something much more extraordinary.
The fossil contained the remains of an entirely new pterosaur, which has been named Bakiribu waridza. This ancient creature had distinctive features not seen in any other known pterosaur, and its discovery marks a significant breakthrough for paleontology. The discovery also shed new light on the evolutionary trajectory of filter-feeding pterosaurs.
Bakiribu waridza's jaws were densely populated with long, slender teeth, similar to modern flamingos. This finding provides valuable insights into the feeding habits of these ancient creatures. However, despite extensive research, the researchers are still unsure who threw up Bakiribu waridza in the first place.
The discovery highlights how paleontology can uncover new information about previously excavated fossils through modern methods and techniques. Ghilardi's team has also demonstrated that, even after decades of being stored away, fossils can be rediscovered with fresh eyes, revealing hidden secrets about our ancient past.
For Ghilardi, this moment is a reminder why paleontology feels magical – extraordinary discoveries can lie waiting in the wings, ready to reveal themselves at any moment.
About 110 million years ago, a dinosaur apparently swallowed two pterosaurs and four fish before excreting them. But despite being found in Brazil, the fossil was initially misidentified as just a blob of fish remains. It wasn't until paleontologist Aline Ghilardi took a closer look that her team realized it was something much more extraordinary.
The fossil contained the remains of an entirely new pterosaur, which has been named Bakiribu waridza. This ancient creature had distinctive features not seen in any other known pterosaur, and its discovery marks a significant breakthrough for paleontology. The discovery also shed new light on the evolutionary trajectory of filter-feeding pterosaurs.
Bakiribu waridza's jaws were densely populated with long, slender teeth, similar to modern flamingos. This finding provides valuable insights into the feeding habits of these ancient creatures. However, despite extensive research, the researchers are still unsure who threw up Bakiribu waridza in the first place.
The discovery highlights how paleontology can uncover new information about previously excavated fossils through modern methods and techniques. Ghilardi's team has also demonstrated that, even after decades of being stored away, fossils can be rediscovered with fresh eyes, revealing hidden secrets about our ancient past.
For Ghilardi, this moment is a reminder why paleontology feels magical – extraordinary discoveries can lie waiting in the wings, ready to reveal themselves at any moment.