Researchers from Argentina, the United Kingdom, and Germany have successfully reconstructed the well-preserved skull of a small Jurassic dinosaur species named Manidens condorensis, which lived in Patagonia 170 million years ago. They used micro-CT scans to identify parts that were too small or fragile to be mechanically separated from the rock, ultimately providing valuable data for future studies and contributing to one of Argentina's most complete descriptions of dinosaur skulls.
Dinosaur Head Reconstruction
The Manidens condorensis was a member of the heterodontosaurid family of small dinosaurs, which had big fangs and long muzzles similar to some mammals. The team of researchers analyzed the remains of the dinosaur, which were discovered in the southern province of Chubut in Argentina, at the Egidio Feruglio Paleontological Museum in the city of Trelew.
In a report by Buenosaires Herald, the remains were well-preserved, and the researchers were able to separate the fossils from the rock at the museum. However, many of the bones of the cranium were disjointed, forming compact blocks of overlapping bone, and were too small and fragile to isolate mechanically. As a result, the researchers used micro-CT scans to identify the pieces of the skull without damaging them.
Dr. Marcos G. Becerra, who was part of the research team, said that the scans allowed them to identify over 80% of the species' cranium. The researchers were then able to describe the bones separately and determine where they intersected with the muscles. This information allowed them to reconstruct the jaw muscles and gain a better understanding of the dinosaur's skull.
Micro-CT Scans and Modern Technology in Paleontology
The reconstruction of the dinosaur's skull is one of the most complete descriptions of dinosaur skulls in Argentina. This breakthrough in research is a significant contribution to our understanding of prehistoric creatures and their evolution. The team's work demonstrates the importance of modern technology in the study of fossils and the reconstruction of prehistoric creatures.
The use of micro-CT scans has become increasingly popular in paleontology, allowing researchers to non-destructively examine fossils in greater detail than ever before. This technique has the potential to reveal new insights into the morphology, biomechanics, and evolution of ancient organisms, helping scientists to better understand the history of life on Earth.
According to the institution's published article, the research not only provides insight into the structure of the small species' skull but also presents novel information for future studies, such as improving the understanding of the heterodontosaurids' phylogenetic relationships with other lineages and enabling palaeo-neurological approaches, bite strength calculations, and biomechanical studies utilizing three-dimensional models.
The discovery and reconstruction of Manidens condorensis's skull is a significant breakthrough in the field of paleontology. It highlights the importance of using modern technology in the study of fossils and the reconstruction of prehistoric creatures, providing valuable insights into the evolution of life on Earth.
As new discoveries are made and new technologies developed, we can look forward to learning even more about the fascinating creatures that inhabited our planet millions of years ago.
RELATED ARTICLE: Hollow Dinosaur Bones Show That These Creatures Evolved Thrice, Demonstrating Possible Convergent Evolution
Check out more news and information on Paleontology in Science Times.
![Mars Faces Three Times More Potentially Hazardous Asteroids Than Earth [Study]](https://1721181113.rsc.cdn77.org/data/thumbs/full/53711/258/146/50/40/mars-faces-three-times-more-potentially-hazardous-asteroids-than-earth-study.jpeg)
