Homo sapiens refers to modern humans. Cro-Magnon were early modern humans that lived in the stone age.
There are conflicting theories. Homo erectus was thought to have co-existed alongside Homo sapiens in Asia for 5,000 years. But some scientists now believe it disappeared from Asia at least 100,000 years before arrival of Homo sapiens.
The closest ancestor to a caveman would likely be Homo heidelbergensis or Homo erectus, who lived around 600,000 to 200,000 years ago. These early human species were the predecessors to Neanderthals and Homo sapiens (modern humans) and are believed to have lived in more primitive conditions similar to what we associate with cavemen.
Homo erectus coexisted with several species of australopithecines including Australopithecus afarensis, Australopithecus africanus, and possibly Australopithecus garhi. These australopithecines lived before the appearance of Homo erectus and were part of the evolutionary lineage that eventually led to humans.
One key difference is that Neanderthals were more nomadic, while Cro-Magnons tended to settle in one place for longer periods of time. Additionally, Cro-Magnons had more advanced tools and art, suggesting a more complex cultural and social organization compared to Neanderthals.
Homopolypropylene is made up of only propylene monomer units, while copolypropylene contains a mixture of propylene and other comonomer monomer units. This difference in composition results in variations in properties such as melting point, density, and chemical resistance between homo and copolypropylene materials. Copolypropylene is often used to improve impact resistance and flexibility compared to homopolypropylene.
There are conflicting theories. Homo erectus was thought to have co-existed alongside Homo sapiens in Asia for 5,000 years. But some scientists now believe it disappeared from Asia at least 100,000 years before arrival of Homo sapiens.
The closest ancestor to a caveman would likely be Homo heidelbergensis or Homo erectus, who lived around 600,000 to 200,000 years ago. These early human species were the predecessors to Neanderthals and Homo sapiens (modern humans) and are believed to have lived in more primitive conditions similar to what we associate with cavemen.
They co existed
Of course they did! Scientist have found fossils that are dated to about 600,000-350,000 years ago.For that matter, "neanderthals" were human, Homo sapiens neanderthalensis. They are considered a subspecies... about as closely related to modern humans as dogs are to wolves, for example.
There is some evidence to suggest that Neanderthal man and Cro-magnon man were contemporaries. There no evidence to suggest that any co-species exists today.That does not mean it is impossible, merely highly unlikely
Homo erectus coexisted with several species of australopithecines including Australopithecus afarensis, Australopithecus africanus, and possibly Australopithecus garhi. These australopithecines lived before the appearance of Homo erectus and were part of the evolutionary lineage that eventually led to humans.
The Cro-Magnon were known for painting on cave walls.
The Cro-Magnon were known for painting on cave walls.
Europe, Asia and the Middle East. They co-existed from 80,000 years ago to 27,000 years ago, when the Neanderthals died out.
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Humans have already evolved, as the fossil record shows. Our present species is known as Homo sapiens, and our immediate ancestor species was Homo erectus. There are now many fossil remains that amply demonstrate this evolution. Also co-existing with us in Europe were Neanderthals, also evolved from Homo erectus, and Homo floresiensis (hobbit) in Asia. If we have already evolved, through adaptation, away from an earlier species to become an entirely new species, then this is possible if environmental conditions create the impetus for this, although it would take hundreds of thousands, even millions, of years.What is sometimes known as micro-evolution is also demonstrable in humans. We know that the great apes have light-coloured skin under their hair, but black skin where exposed to the sun - as the black skin protects against the harsh sun of tropical Africa. When the ancestors of our species in Africa became more or less hairless, they adapted by developing black skin. Then the early Homo sapiens African dwellers were protected from sun damage. However, black skin is inefficient in using sunlight to create vitamin D, so when Homo sapiens entered Europe, the local members of the species adapted to the weaker sunlight by developing fair skin. This is an example of what can be termed micro-evolution.