Oldest footprints of pre-humans discovered in Crete

Scientists say six million-year-old fossilized footprints on the island of Crete show the human foot had begun to develop.

A team of scientists has discovered what is thought to be the oldest-known footprints of pre-humans on the Mediterranean island of Crete.

They are estimated to be about six million years old and were from fossilized beach sediments.

Age Determination

The team of researchers from Germany, Sweden, Greece, Egypt, and England, used geophysical and micropaleontological methods to determine the age of the prints, which were first discovered in 2017.

By this, they have established that these footprints are the oldest direct evidence of a human-like foot used for walking.

In a study published in the journal Scientific Reports, Uwe Kirscher, lead researcher said:

The tracks are almost 2.5 million years older than the tracks attributed to Australopithecus afarensis (Lucy) from Laetoli in Tanzania

Evolutionary Influence

The dating of the Cretan footprints, offers more insight into the early evolution of human perambulation, more than six million years ago.

Per Ahlberg is a professor at Uppsala University and co-author of the study.

The oldest human foot used for upright walking had a ball, with a strong parallel big toe, and successively shorter side toes. The foot had a shorter sole than Australopithecus. An arch was not yet pronounced and the heel was narrower.

Six million years ago, Crete was connected to the Greek mainland via the Peloponnese. One of the research leads, Professor Madelaine Böhme explained:

We cannot rule out a connection between the producer of the tracks and the possible pre-human Graecopithecus freybergi.

The findings of this new study furthermore confirms recent research which claims that six million years ago, the European and Near East mainland were separated from humid East Africa by a relatively brief expansion of the Sahara.

Scientists think they’ve discovered how life on Earth first began Scientists think they’ve discovered how life on Earth first began