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Cambridge researchers are working to undo a longstanding male bias in health research, to help drive more effective ...
In 2010, scientists found the first evidence of another hominin subspecies, known as the Danisovans. Now, they’ve identified ...
The discovery was made on Sunday in Bien Hoa City's Long Binh Tan Ward, as the worker climbed up to repair the metal roof of a private home. To his horror, he found a full set of human remains stuffed ...
A human skeleton was found in Peach County Tuesday afternoon, according to the Peach County Coroner’s Office. An employee with the Georgia Department of Transportation was working on the side of ...
Skeletal human remains found last weekend in a Cook County forest preserve near Wheeling haven’t yet been identified, authorities said Thursday. The discovery was reported to Wheeling police ...
We modelled how early human ancestors ran – and found they were surprisingly slow - The Conversation
To try and answer this question, my team skeleton of Lucy, using 3D modelling. Where parts were missing, we estimated these using scaled versions of other Australopithecus skeletons.
A HUMAN skeleton has been found by a man landscaping his garden with neighbours describing the scenes like something “out of Silent Witness”. Police are investigating after the remains&… ...
Limited Running Speed and Endurance The simulations reveal that while Lucy was capable of running upright on both legs, her maximum speeds were significantly slower than those of modern humans. In ...
A slow ape Bates and his colleagues created a 3D digital model of the ‘Lucy’ skeleton – a near-complete 3.2-million-year-old A. afarensis specimen discovered in Ethiopia half a century ago.
Lucy's skeleton shows a combination of primitive features, such as a small braincase similar to those of non-human primates, and derived features, such as evidence of walking upright habitually ...
The discovery of Lucy, a 3.2 million-year-old skeleton, changed our theory of human evolution forever. The discovery is celebrating its 50-year anniversary, and continues to capture human imagination.
Dr. Ken To, co-first author from the Wellcome Sanger Institute, said, "There are countless processes that act in concert during human skeleton and joint development, and our research has ...
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