Tag

Bipedalism

All articles tagged with #bipedalism

science5 days ago•4 min saved

7 Million-Year-Old Fossil Sheds Light on the Origins of Bipedal Walking

A 7-million-year-old fossil of Sahelanthropus tchadensis provides strong evidence that early human ancestors could walk upright, suggesting that bipedalism evolved much earlier than previously thought. The discovery was made through detailed analysis of skeletal features, including a femoral tubercle and limb proportions, indicating that this species was adapted for upright walking despite its small brain and tree-dwelling habits.

via SciTechDaily|

#bipedalism #fossil #human-evolution

science5 days ago•8 min saved

7 Million-Year-Old Fossil Indicates Early Bipedal Walking and Human Ancestry

A 7 million-year-old fossil of Sahelanthropus tchadensis shows evidence of walking upright, suggesting it may be an early human ancestor, based on a newly identified femoral bump and other human-like features.

via Live Science|

#bipedalism #fossil #hominin

science12 days ago•5 min saved

7 Million-Year-Old Fossil Suggests Early Human Ancestor Walked Upright

A new study using 3D technology provides strong evidence that Sahelanthropus tchadensis, a 7-million-year-old fossil, was bipedal, challenging previous debates and suggesting early bipedalism in human evolution.

via Interesting Engineering|

#bipedalism #evolution #fossil

science12 days ago•8 min saved

Scientists pinpoint earliest human ancestor with upright walking evidence

A new analysis of 7-million-year-old fossils suggests Sahelanthropus tchadensis was likely a bipedal hominin, supported by a newly identified femoral feature indicating upright walking, making it a strong candidate for the earliest human ancestor.

via Haaretz|

#bipedalism #fossil-analysis #hominin

science2 months ago•4 min saved

Ancient Human Relative Paranthropus boisei Showed Gorilla-Like Traits and Possible Tool Use

New fossils of Paranthropus boisei from Kenya reveal a mix of gorilla-like fingers and human-like feet, suggesting this extinct species was a proficient biped with strong hands for foraging, challenging previous notions of its clumsiness and highlighting its successful adaptation for over a million years.

via ScienceAlert|

#bipedalism #fossil-discovery #fossils

science2 months ago•4 min saved

Ancient Ankle Bone Reveals Human Evolution from Ape-Like Ancestors

A new study of 4.4-million-year-old Ardipithecus fossils suggests early human ancestors were capable of both tree-climbing and upright walking, challenging previous ideas that they were solely tree-dwellers and indicating a more complex, gradual evolution from ape-like ancestors to humans.

via Indian Defence Review|

#ardipithecus #bipedalism #convergent-evolution

science2 months ago•2 min saved

Ancient Ankle Bone Reveals Insights into Human Evolution and Movement

A 4.4-million-year-old ankle bone analysis suggests that Ardipithecus ramidus, an early human ancestor, was capable of both climbing like an ape and walking upright, indicating it was more similar to modern African apes than previously thought, which could reshape our understanding of human evolution.

via IFLScience|

#african-apes #ankle-bone #ardipithecus-ramidus

science2 months ago•4 min saved

Ancient Ankle Bone Reveals Insights into Human Evolution and Movement

A new study revisits the 4.4-million-year-old Ardipithecus ramidus, revealing that early human ancestors retained ape-like climbing traits while beginning to walk upright, challenging previous views and suggesting a more complex evolutionary transition from trees to ground.

via Earth.com|

#ankle-anatomy #ape-like-ancestors #ardipithecus-ramidus

science2 months ago•5 min saved

Ancient Fossil Rewrites Human Hand and Foot Evolution

Fossils of Paranthropus boisei from Kenya, dating 1.52 million years ago, reveal that this species had dexterous hands capable of gripping and possibly using tools, and feet adapted for upright walking, challenging previous notions of its capabilities and coexisting with early Homo species, thus reshaping our understanding of human evolutionary development.

via The Brighter Side of News|

#bipedalism #fossil #human-evolution

science4 months ago•9 min saved

Examining Ardipithecus ramidus: A Closer Look

Ardipithecus ramidus, a 4.4-million-year-old hominin species discovered in Ethiopia, exhibits a mix of ape-like and human-like traits, including a foramen magnum indicating bipedalism and adaptations for arboreal life, challenging previous assumptions about human evolution and the last common ancestor with apes.

via Daily Kos|

#ardipithecus-ramidus #bipedalism #fossil-discovery

science4 months ago•3 min saved

Key Discoveries on How Human Ancestors Evolved Upright Walking

Researchers have identified key structural changes in the development of the human pelvis that enabled upright walking, focusing on the formation and rotation of the ilium during embryonic development, which differentiates humans from other primates and supports bipedalism.

via Nature|

#bipedalism #embryonic-development #genetics

science4 months ago•0 min saved

Genetic Discoveries Behind Human Bipedalism and Pelvis Evolution

A recent study explores the genetic and molecular basis of the evolution of upright walking in humans, highlighting its significance as a key trait that distinguishes humans from other primates, building on Darwin's theories of human evolution.

via The New York Times|

#bipedalism #darwin #evolution

science4 months ago•4 min saved

Key Discoveries Unveil How Human Bipedalism Evolved

Scientists have identified two key genetic innovations that shaped the human pelvis and facilitated bipedal walking, a defining trait of humans. These changes involved cartilage formation and pelvic development delays, enabling upright walking and accommodating larger brains, which were crucial for human evolution and success.

via Reuters|

#bipedalism #genetics #human-evolution

science4 months ago•82 min saved

Key Genetic and Developmental Changes Behind Human Bipedalism

The article explores the developmental genetic changes that led to the evolution of hominin bipedalism, focusing on two key innovations: a shift in iliac cartilage growth plate orientation and a delayed, altered pattern of iliac ossification. These changes facilitated the unique shape and function of the human pelvis, supporting upright walking, and are driven by polygenic regulatory modifications involving genes like SOX9, PTH1R, and RUNX2, with evidence of human-specific evolutionary signals in these regions.

via Nature|

#bipedalism #genetic-innovations #hominin-evolution

science4 months ago•3 min saved

Ancient Humans Possibly Walked Upright Before Leaving the Trees

Recent research suggests that early human ancestors may have developed upright walking skills while still in trees, challenging the traditional view that bipedalism arose solely from adapting to open savannahs, with chimpanzee behaviors providing key insights into this evolutionary process.

via ScienceAlert|

#arboreal-behavior #bipedalism #chimpanzees