Resolving fundamental problems in the dating of marine shell in the tropics. This project will model variability in the way carbon is distributed in marine environments and animals in tropical Australasia. Results will provide key enabling tools for accurate dating of marine materials, realising the potential of previous research and forming the basis for accurate reconstructions of cultural, sea-level and climate changed.
A spring of silver, a treasury in the earth: coinage and wealth in archaic Athens. The purpose of the project is to study the impact of locally mined silver on the public treasury of the Athenians, and thus on the developing political economy of this important city-state during the years c.550-480 BC, by examining its employment for the minting of coins.
The coming of the dingo and its interaction with Indigenous Australians. This project will identify more precisely the time of the entry of dingoes into Australia and will investigate their impact on the lives of Indigenous Australians. Archaeological and anthropological evidence suggests that Indigenous people rapidly incorporated dingoes into their lives. Dingoes were used for a variety of purposes and were particularly valued as hunters by women, effectively increasing their access to meat. ....The coming of the dingo and its interaction with Indigenous Australians. This project will identify more precisely the time of the entry of dingoes into Australia and will investigate their impact on the lives of Indigenous Australians. Archaeological and anthropological evidence suggests that Indigenous people rapidly incorporated dingoes into their lives. Dingoes were used for a variety of purposes and were particularly valued as hunters by women, effectively increasing their access to meat. Impact would include a re-organisation of gender roles and an associated improvement in women's fecundity. By examining evidence for such changes, this project will significantly contribute to knowledge about implications of the arrival of a living technology in Australia and, more generally, the human/dog relationship.Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE210101383
Funder
Australian Research Council
Funding Amount
$432,953.00
Summary
Hidden histories in teeth: The key to unlocking secrets in ancient Myanmar. The aim of this project is to examine isotopes in the teeth of individuals from three sites in prehistoric central Myanmar to examine diet, the movement and migration of people, and potential patterns in post-marital residence, which are all intricately linked. Built on a strong conceptual framework this project seeks to generate new information in the field of archaeological science. The research outcomes of this projec ....Hidden histories in teeth: The key to unlocking secrets in ancient Myanmar. The aim of this project is to examine isotopes in the teeth of individuals from three sites in prehistoric central Myanmar to examine diet, the movement and migration of people, and potential patterns in post-marital residence, which are all intricately linked. Built on a strong conceptual framework this project seeks to generate new information in the field of archaeological science. The research outcomes of this project will expand our current archaeological knowledge of this focal but under-researched area, which will be of particular benefit in understanding Myanmar in relation to surrounding regions and the wider Southeast Asian context, and in fostering continued collegiality and collaboration with Myanmar scholars and communities.Read moreRead less
Reconstructing Prehistoric Exchange of Volcanic Glasses in Far East Russia. This project examines competing theories to explain the causes for volcanic glass movement up to 700 kilometres from its source, in Far East Russia 18,000 years ago. As the earliest evidence in the world for long distance overland movement of materials, this case represents a significant innovation within human evolution. The project combines studies of production and consumption to test competing theories to explain wh ....Reconstructing Prehistoric Exchange of Volcanic Glasses in Far East Russia. This project examines competing theories to explain the causes for volcanic glass movement up to 700 kilometres from its source, in Far East Russia 18,000 years ago. As the earliest evidence in the world for long distance overland movement of materials, this case represents a significant innovation within human evolution. The project combines studies of production and consumption to test competing theories to explain why and how volcanic glass was transported. Analyses of geological outcrops, quarries/workshops, and locations of artifact use and discard over a large region enable a comprehensive reconstruction of changing patterns of behaviour between 18,000-2500 bp.Read moreRead less
The origin of cumulative culture in human evolution. Humans accumulate knowledge and use cumulative culture to transfer it across generations, and identifying the origin of this unique ability is a significant research priority for the study of archaeology and human evolution. This project aims to discover the emergence of cumulative culture by using experiments to evaluate stone tool-making, a technology passed between humans for 3.3 million years. Expected outcomes include international collab ....The origin of cumulative culture in human evolution. Humans accumulate knowledge and use cumulative culture to transfer it across generations, and identifying the origin of this unique ability is a significant research priority for the study of archaeology and human evolution. This project aims to discover the emergence of cumulative culture by using experiments to evaluate stone tool-making, a technology passed between humans for 3.3 million years. Expected outcomes include international collaborations that improve our evolutionary understanding of teaching and learning, and produce new data on early stone artefacts in Indonesia and Australia. This should provide significant benefits for collaborative research and scholarly insight into human evolution and Indigenous knowledge in our region.Read moreRead less
Valuing Stones: obsidian stemmed tools in the creation of social complexity in Papua New Guinea. New inter-disciplinary research into the manufacture, use and exchange of highly distinctive obsidian artifacts will evaluate proposals that they signify the existence of social differentiation in the Pacific region more than 6000 years ago. The research employs new social theory, replication experiments, use-wear analyses and pioneers Raman spectroscopy to detect geological sources and identify micr ....Valuing Stones: obsidian stemmed tools in the creation of social complexity in Papua New Guinea. New inter-disciplinary research into the manufacture, use and exchange of highly distinctive obsidian artifacts will evaluate proposals that they signify the existence of social differentiation in the Pacific region more than 6000 years ago. The research employs new social theory, replication experiments, use-wear analyses and pioneers Raman spectroscopy to detect geological sources and identify microscopic residues. The study will make a significant contribution to Australian and world scholarship, continue the innovation and leadership of Australian scholars in research on stone tools and prehistoric exchange, and promote goodwill and better diplomacy with Australia's nearest neighbour, Papua New Guinea. Read moreRead less
Discovery Early Career Researcher Award - Grant ID: DE130101816
Funder
Australian Research Council
Funding Amount
$348,088.00
Summary
Palaeoenvironments and human adaptation in the late quaternary of the semi-arid Murray River Valley, northwestern Victoria. This project involves a multidisciplinary approach to investigating Indigenous settlement and subsistence strategies along the Murray River in northweast Victoria during the last Ice Age. It will examine the palaeoecology and palaeoenvironment of the region, with particular focus on how people and animals responded to climatic varibility.
Molecular Archaeology: Carbon isotope analysis of amino acids as a means to investigate diets, physiology, metabolism and palaeoenvironment. The investigation of the bones of past societies and animals at the molecular level opens up a whole array of alternative data about palaeodiet and environment. Investigating the past in this way provides a unique perspective about how diet and health have changed in humans and about how animals and the environment have changed. When we understand the past ....Molecular Archaeology: Carbon isotope analysis of amino acids as a means to investigate diets, physiology, metabolism and palaeoenvironment. The investigation of the bones of past societies and animals at the molecular level opens up a whole array of alternative data about palaeodiet and environment. Investigating the past in this way provides a unique perspective about how diet and health have changed in humans and about how animals and the environment have changed. When we understand the past in this manner we can better understand current health issues linked to diet and how the environment and climate is changing.Read moreRead less
A new timeline for Human evolution using a pioneer non-destructive direct dating methodology. Knowledge of the timing and distribution of the human lineage is critical for developing and testing evolutionary hypotheses. Unfortunately, many existing chronologies are based on the dating of materials thought to be stratigraphically associated with the fossil, rather than the fossil itself. Significant, recent advances in dating methods allow for the accurate non-destructive direct dating of human r ....A new timeline for Human evolution using a pioneer non-destructive direct dating methodology. Knowledge of the timing and distribution of the human lineage is critical for developing and testing evolutionary hypotheses. Unfortunately, many existing chronologies are based on the dating of materials thought to be stratigraphically associated with the fossil, rather than the fossil itself. Significant, recent advances in dating methods allow for the accurate non-destructive direct dating of human remains. This project offers to establish a reliable and consistent chronology for modern human occurrences. This proposal is significant in addressing fundamental problems in our understanding of modern human expansion, by the application of newly-developed techniques that will allow for the reliable direct dating of key modern human fossils. Read moreRead less