The creature belonged to the Saurodontidae, a family of ray-finned fishes characterized by their elongated, torpedo-shaped bodies and a singular, lethal anatomical feature. At the tip of its lower jaw sat a pre-dentary bone, a toothless, pointed spike that extended beyond the face like a spear. It was a tool for the hunt, likely used to ram and incapacitate smaller prey in the shallow, warm waters of the Tethys Sea, which once rolled over the land where the sands now drift.
For the researchers from New Valley University and Damanhour University, the find was more than a technical success; it was a bridge across geography. Until this moment, these predators were thought to be confined to the waters of North America and Europe. The presence of this specimen in the Dakhla Basin reveals that the ancient oceans were far more interconnected than the fossil record had previously allowed us to see.
Dr. Jubilee and his colleague, Dr. Ilhami Trabis, chose to name the new genus Wadiichthys anbaawyi. The name is a gesture of memory, honoring Dr. Mohamed Ibrahim Al-Anbaawi, a pioneer of Egyptian geology who spent his life mapping the very stones that yielded this secret. In the well-preserved skull and jaws now held at the Vertebrate Paleontology Center, the legacy of the teacher and the discovery of the student are joined.
The results, published in Acta Palaeontologica Polonica, confirm that the specimen possesses anatomical traits distinct from any of its northern cousins. It remains a solitary witness to the end of an era, a predator that vanished during the great extinction event that closed the Cretaceous period, now resting in the silence of the phosphate beds.