Palaeoanthropology

Australopithecine ancestors -- arboreal versus terrestrial habitat and locomotion

UAlberta archeologist's new research may lead to rethinking how and when our ancestors left Africa to colonize the globe

Recent genetic studies suggest that Neanderthals may have bred with anatomically modern humans tens of thousands of years ago in the Middle East, contributing to the modern human gene pool. But the findings are not universally accepted, and the fossil record has not helped to clarify the role of interbreeding, which is also known as hybridization.

The search for the origin of modern human behaviour and technological advancement among our ancestors in southern Africa some 70 000 years ago, has taken a step closer to firmly establishing Africa, and especially South Africa, as the primary centre for the early development of human behaviour.

For researchers who study Earth’s past environment, disentangling the effects of climate change from those related to human activities is a major challenge, but now University of Massachusetts Amherst geoscientists have used a biomarker from human feces in a completely new way to establish the first human presence, the arrival of grazing animals and human population dynamics in a landscape.

Excavations at Liang Bua Cave exhibit skeletal evidence of a new species named Homo floresiensis; grounded the mosaic of primitive and derived features.

The University of York and the Hull Medical school has launched a new research centre to investigate the origin of our species.

The development of behavioural complexity and intricate judgment were once only thought to be characteristics possessed by modern humans.

The discovery at Malapa caves in South Africa of the palaeoanthropological remains of Australopithecus sediba - now under further study for dating the earliest human fossils.