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Homo erectus successfully adapted to deserts 1 million years ago
Over a million years ago, Homo erectus defied the extreme conditions of African deserts. A recent study reveals how this ancestor of humanity thrived in arid environments, long before Homo sapiens ...
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Live Science on MSN300,000-year-old teeth from China may be evidence that humans and Homo erectus interbred, according to new study
A study of a handful of 300,000-year-old teeth revealed an ancient human group had a mix of archaic and modern tooth features.
Homo erectus was slightly shorter than modern humans, but more muscular. They had wider hips and an elongated skull. In addition, they had a significantly smaller brain - about half as large as ours.
The researchers believe Homo erectus became isolated on the island around 1 million years ago and underwent a dramatic reduction in body size during a period of around 300,000 years.
New evidence reveals Homo erectus mastered survival in Tanzania’s ancient deserts, proving they were adaptable generalists long before modern humans emerged. Olduvai Gorge, Tanzania. Image ...
Archaeological finds off the coast of Java, Indonesia, provide insight into the world of Homo erectus, 140,000 years ago. Skull fragments and other fossil remains provide a unique picture of how ...
Homo erectus is believed to have evolved about 2 million years ago in Africa. They were the first to reach the stature of modern humans, and they had long slender legs to run on.
Our ancestor Homo erectus was able to survive punishingly hot and dry desert more than a million years ago, according to a new study that casts doubt on ...
Homo erectus is a key ancestor of modern humans. Emerging at least two million years ago, they were the first to develop human-like proportions and the first to migrate out of Africa, eventually ...
Homo erectus was also the most successful of all human species, at least so far. They survived for a staggering period of time, nearly two million years, before fading out about 110,000 years ago ...
Behind that face was a hefty brain, bigger than that of any of its predecessors. The question, then, is what forces shaped H. erectus, and further down the line, its descendant Homo sapiens.
On top of Homo sapiens, at least eight other species of our genus have walked Earth: Homo habilis, Homo rudolfensis, Homo erectus, Homo antecessor, Homo heidelbergensis, Homo naledi, Homo ...
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