This skull has far too many australopithecine features to be anything else than a large -
brained africanus.
Not exact matches
At the time, Falk argued that four endocasts from southern African hominids — three Australopithecus
africanus and one Australopithecus sediba — showed folding patterns that suggested that
brain reorganization was underway as early as 3 million years ago in a frontal area involved in human speech production.
In this inherited malady, the
brain is typically just 400 cc — roughly the same size as that of the early hominid Australopithecus
africanus, of which «Lucy» is the best - known specimen.
One display case contains the casts of an array of hominid skulls: the robust, massive - jawed 1.6 - million - year - old Paranthropus robustus from Swartkrans, South Africa; the flat - faced 1.7 - million - year - old Paranthropus boisei from East Turkana, Kenya; the tiny skull and fossilized
brain of the 2.5 - million - year - old Taung child, or Australopithecus
africanus, found at Sterkfontein, South Africa.
Features such as small
brain size, slight build and very long arms link the creature to the australopithecines, especially A.
africanus.
Both hominids were about 1.2 metres tall and lightly built, with ape - sized
brains and bodies resembling A.
africanus, which is thought to have been a direct ancestor of humans.