Traskasura Sandray

After years of research and analysis, scientists have finally managed to identify a huge marine monster from prehistoric times, which was roaming the oceans during the era of dinosaurs of this type, known as “Traskasura Sandray”, who lived about 85 million years ago, and reached a length of about 12 meters, which makes it one of the largest marine reptiles in that era, according to what was published by the newspaper “Greekreportter”.

The first main fossil of this creature was discovered in 1988 on the island of Vancouver, Canada. Although the skeleton was badly preserved, it was almost complete, which sparked the attention of researchers who were not sure at the time whether he belonged to a new type or one of the marine reptile groups known as the blysura. The identity of this organism remained unknown for decades, despite the finding of additional fossils, including the bone of a Yemeni arm and a small skeleton exceptionally preserved.

In a recent study published in the magazine of systematic excavation, a research team led by Professor F. confirmed. Robin Okev from Marshall University that these bones belong to a completely new type, called “Traskasaurra Sandrae”, and was classified as a new gender of the Elampacs family, which is a sub -group of blysura.

These creatures lived during the Cretaceous era, and they were characterized by small heads, long necks and huge fins, which helped them move gracefully across the oceans.

The small sample revealed uncommon features, most notably a different shoulder structure from any other type of bilisos. Scientists believe that Traskasura possessed at least 50 cadres, which helped him skillfully maneuver and possibly attack his prey on top.

His strong teeth indicate that he was feeding on marine beings with solid shells, such as ammonite, as their structure was suitable for crushing strong shells.

It was initially believed that these fossils may be associated with Blazburads found in Antarctica, but the analyzes revealed that Traskasura is a unique being, independently developed to form a new addition to the reptile family tree.