Australopithecus garhi is associated with some of the oldest known stone tools. The discoveries come from Bouri, in the Middle Awash area in the Afar desert of Ethiopia, about 70 km. 284 (5414): 629–35 Because of these finds, it is possible that this species was among the first to make the transition to stone tool making and to eat meat and bone marrow from large animals.
afarensis derive…. A possible human ancestor and the earliest traces of animal butchery were reported from Ethiopia in April of 1999. ‘Australopithecus garhi: a new species of early hominid from Ethiopia’. Australopithecus garhi, A New Human Ancestor? These are the earliest dated stone tools that have been found, but may have been left by another species. It is possible, then, that this species was among the first to make the transition to stone toolmaking and … garhi is important because it may be the oldest hominin species to make stone tools. south of the Lucy A. afarensis discovery at Hadar. The fossils and associated faunal remains date to 2.5 mya. Current anthropological thinking is that Oldowan tools were made by late Australopithecus and early Homo.
Fossils of Australopithecus garhi are associated with some of the oldest known stone tools, along with animal bones that were cut and broken open with stone tools.
Science. garhi. Read More; Bouri excavation site
Further reading: Asfaw, B; White, T; Lovejoy, O; Latimer, B; Simpson, S; Suwa, G (1999). In Australopithecus: Australopithecus afarensis and Au. The best-known member of Australopithecus is Au. Homo habilis was named "skillful" because it was considered the earliest tool-using human ancestor. Their fossils have been found along with animal bones that were cut and broken open with stone tools. afarensis, a species represented by more than 400 fossil specimens from virtually every region of the hominin skeleton.Dated to between about 3.8 and 2.9 mya, 90 percent of the fossils assigned to Au. Australopithecus garhi Found in deposits dated to 2.5 million years ago (mya) by radioisotopic and biochronological (a technique using the relative time frames of extinct non-hominin animals) methods, Au.