Riversleigh and Cuddie Springs: Unravelling Key Factors in the Extinction of the Late Pleistocene Megafauna. The project will construct a clear picture of faunal change during the Late Pleistocene, a period of well documented extinctions of giant animals (megafauna). Archaeological excavation at Riversleigh, in north-west Queensland and palaeontological excavation at Cuddie Springs, in northern N.S.W. will complete a picture of the animals, people and environment of the prehistoric period at ea ....Riversleigh and Cuddie Springs: Unravelling Key Factors in the Extinction of the Late Pleistocene Megafauna. The project will construct a clear picture of faunal change during the Late Pleistocene, a period of well documented extinctions of giant animals (megafauna). Archaeological excavation at Riversleigh, in north-west Queensland and palaeontological excavation at Cuddie Springs, in northern N.S.W. will complete a picture of the animals, people and environment of the prehistoric period at each site. With this information, the roles of climate and people in the extinction process can be assessed. This study will complement the current research direction and public education programs of the Australian Museum and the EPA's management plans for the World Heritage Riversleigh site.Read moreRead less
In search of the first Asian hominins: excavations at Mata Menge, Flores, Indonesia. Australian researchers will undertake a large, interdisciplinary project concerned with the most fundamental issues in hominin evolution and dispersal in collaboration with high profile Indonesian and American institutions. This project will strengthen international ties; will create other research, educational and exchange opportunities; and will provide a venue for training of local people, postgraduate studen ....In search of the first Asian hominins: excavations at Mata Menge, Flores, Indonesia. Australian researchers will undertake a large, interdisciplinary project concerned with the most fundamental issues in hominin evolution and dispersal in collaboration with high profile Indonesian and American institutions. This project will strengthen international ties; will create other research, educational and exchange opportunities; and will provide a venue for training of local people, postgraduate students, technical staff and other participants in a range of skills (e.g. survey, mapping, excavation, data management).Read moreRead less
Late Pleistocene faunal change and the formation of fossil deposits: a taphonomic approach. New insights into the relationships between environment, animal communities and humans are the key to understanding faunal extinctions from the prehistoric past to the modern day. Using taphonomic and environmental evidence, three prehistoric sites from across Australia will be examined to document faunal succession and the factors contributing to the formation of fossil deposits in each location. The ou ....Late Pleistocene faunal change and the formation of fossil deposits: a taphonomic approach. New insights into the relationships between environment, animal communities and humans are the key to understanding faunal extinctions from the prehistoric past to the modern day. Using taphonomic and environmental evidence, three prehistoric sites from across Australia will be examined to document faunal succession and the factors contributing to the formation of fossil deposits in each location. The outcomes include a clearer understanding of the dynamics of fauna, people and climate during a critical period in Australian prehistory as well as providing new evidence against which the current explanatory models of human impacts and climate change may be tested.Read moreRead less
Astride the Wallace Line 2: human evolution, dispersal, culture and environmental change in Southeast Asia. Our previous project on the archaeology and fossil record of Southeast Asia yielded results of international significance, including the discovery of a new human species and dates for major changes in the Indonesian faunal sequence. It also involved collaboration between Australian, Indonesian and Canadian researchers from a range of institutions and disciplines, and provided topics for s ....Astride the Wallace Line 2: human evolution, dispersal, culture and environmental change in Southeast Asia. Our previous project on the archaeology and fossil record of Southeast Asia yielded results of international significance, including the discovery of a new human species and dates for major changes in the Indonesian faunal sequence. It also involved collaboration between Australian, Indonesian and Canadian researchers from a range of institutions and disciplines, and provided topics for six PhD and two MA students. This level of significant research, international collaboration and training will continue with the current project.Read moreRead less
Extinct hominins and early humans on the Indonesian island of Sulawesi. This project aims to research the archaic hominins of Sulawesi and discover when and why they became extinct. Recent discoveries of ancient stone tools on Sulawesi show that an archaic and as-yet unidentified hominin species inhabited this remote Indonesian island before modern humans arrived around 50,000 years ago. This project will search for the earliest traces of habitation, attempt to uncover the Sulawesi hominins’ fos ....Extinct hominins and early humans on the Indonesian island of Sulawesi. This project aims to research the archaic hominins of Sulawesi and discover when and why they became extinct. Recent discoveries of ancient stone tools on Sulawesi show that an archaic and as-yet unidentified hominin species inhabited this remote Indonesian island before modern humans arrived around 50,000 years ago. This project will search for the earliest traces of habitation, attempt to uncover the Sulawesi hominins’ fossil record, and look for evidence of hominin-modern human interaction on this island. This project is expected to illuminate a previously unknown chapter in the human story.Read moreRead less
Size matters: elephantoid dispersal, evolution, paleoecology and extinction in Asia. This project will investigate the natural history of the once widespread elephant lineages in Asia by studying their fossils and unlocking chemical archives from their teeth. It will provide new insights into their adaptive responses to climate change and life on islands, interactions with humans and the factors that eventually led to their demise.
A new chronological framework to access regional variability in mid-Pleistocene archaeological, palaeoecological and palaeoclimatic data from Africa. This project will enable us to understand, for the first time, the contribution of South Africa to human origins between 1.8 and 0.6 million years ago. It will help us understand how major changes in climate have influenced our evolutionary history, the animals around us and how our behaviour and tools have changed to adapt to such changes.