How did human bipedalism evolve towards greater energy efficiency? By analyzing the occasional bipedal walking of baboons, ...

You will think your eyes are deceiving you when you watch this incredible footage of a lizard running across the surface of ...

Tron 1 robot stays upright in a moving truck, showcasing advanced balance and control without external support in real-world testing.

This occasional bipedalism highlights how upright walking can evolve not just for locomotion efficiency, but as a multifunctional adaptation that increases an animal’s behavioral flexibility—an ...

In the course of a lifetime, the average person takes about 150 million steps — enough to circle the Earth three times. We may not realize it, but our ability to walk upright is a rare phenomenon in ...

This article aimed to review various theories of bipedalism and provide a holistic answer to human evolution. There have been two questions regarding bipedalism: i) ... Several morphological and ...

New 3D scans of a six-million-year-old Lufengpithecus' skull fossil clarify a potential evolutionary step towards bipedal locomotion.

These investigations provided intriguing insights into the origins of the upright, bipedal stance—walking on two legs—seen in modern humans.

Around 6 to 7 million years ago, the earliest hominins started to exhibit more upright postures. Ardipithecus ramidus, an early hominin, displayed a combination of arboreal and bipedal traits. However ...

The Father of today’s modern evolutionary biology Charles Darwin was the first to postulate about the link between bipedalism, brains, and tool use—and he wasn’t the last.

Reference: “Mobility of the human foot’s medial arch helps enable upright bipedal locomotion” by Lauren Welte, Nicholas B. Holowka, Luke A. Kelly, Anton Arndt and Michael J. Rainbow, 30 May 2023, ...