Fossil Traces of Humans in the Age of Dinosaurs! The Paluxy River Discovery That Could Rewrite the History of Evolution

January 6, 2025

In the bed of the Paluxy River, in the United States, fossil footprints of what appear to be bipeds have been found. These ichnites stand out for their extraordinary size: 54.61 cm long and 13.97 cm wide. Surprisingly, these footprints appear to belong to a person, which has sparked a fascinating and controversial scientific debate.

According to geologists, the river bed where these footprints were found belongs to Cretaceous terrain, at the end of the Mesozoic era, between 100 and 140 million years ago. This poses a direct challenge to our current understanding of human evolutionary history, since the first modern humans did not officially appear until the Pleistocene, millions of years after the disappearance of the dinosaurs.

Dr. Clifford Burdick, a prominent researcher, sent one of the traces to Loma Linda University in California, where it was rigorously examined. The results confirmed that the footprints were genuine and showed deformations in the underlying material caused by the pressure of walking on the soft surface. In addition, it was observed that the material between the fingers emerged towards the surface and subsequently fossilized. This refuted claims by skeptics who suggested that the footprints had been artificially carved into the limestone.

The acceptance that these footprints have a human origin or are related to hominid ancestors would have profound implications for science. Researchers would have to reconsider the dates of human origin, advancing it to the Cretaceous, or rethink the chronology of the dinosaurs, extending it to the Pleistocene. Either of these options would radically transform our understanding of the history of life on Earth.

This discovery also raises questions about the coexistence of humans and dinosaurs, a scenario that until now has been relegated to the realm of fiction. Meanwhile, research into these mysterious footprints continues, promising to shed new light on one of paleontology’s most intriguing mysteries.