Masripithecus moghraensis in Early Miocene Egypt
AI-generated image (ChatGPT Latest) based on artist's reconstruction.
Another piece of the rich and complex story of human evolution may have come to light, and it is not quite what researchers had expected. Competing theories have placed the ancestral home of the common ancestor of African and Asian anthropoid apes either in Eurasia or in Africa. This discovery, however, points instead to Egypt, and more broadly to North Africa and the Middle East, as the region in which the pivotal transition from Old World monkeys to the lineage that gave rise to the modern apes may have occurred.
News that this distant ancestor of humans came from Egypt and the wider Middle East may briefly gladden the hearts of creationists desperate for support for the biblical myth of a special creation of humans in that region. That enthusiasm is unlikely to survive contact with the details, however, because this animal lived 17–18 million years ago and was not a human at all, but part of the lineage leading to the common ancestor of humans, chimpanzees, gorillas and the Asian apes. Like so much palaeontological evidence, it therefore stands not in support of the Genesis creation myth, but as evidence for Darwinian evolution.
The discovery is described in a recent paper in Science by a research team from the Mansoura University Vertebrate Paleontology Center in Egypt and the University of Southern California in the USA, led by Mansoura University palaeontologist Hesham Sallam.
The fossil, belonging to a species the team have named Masripithecus moghraensis, was discovered at Wadi Moghra. The generic name combines Masri, the Arabic word for “Egyptian”, with the Greek píthēkos, meaning “ape”, so the name can be read as “Egyptian ape from Moghra”.
Although the find consists only of a lower jaw, it preserves several features not seen in any contemporaneous apes, including exceptionally large canine and premolar teeth, and molars with rounded, heavily textured chewing surfaces, all set in a robust mandible. Taken together, these features suggest a flexible feeder able to eat both fruit and harder foods such as nuts, an adaptation that may have helped it cope with the increasingly seasonal climate of Early Miocene Egypt.
In addition to the sophisticated Bayesian methods that placed Masripithecus earlier in ape evolutionary history than any other known fossil anthropoid, the researchers point out that during the Early Miocene the Egyptian region lay at a geographical crossroads between Eurasia and Africa. At that time, the African and Arabian plates were still moving northwards towards Eurasia, while fluctuating sea levels periodically opened migration routes between the continents. As so often in palaeontology, multiple independent lines of evidence converge on the same conclusion.





































