About
#Disperscapes is the current ARC Future Fellowship of Dr. Mike Morley, Associate Professor at Flinders University. Based out of Flinders, the project seeks to build upon and expand our knowledge of the sedimentological and environmental characteristics of regions associated with early hominin dispersal throughout Southeast Asia and into Australia. Primary questions to be addressed through #Disperscapes include:
- What types of local and site environments existed at archaeological sites situated along a transect of climatic variability from central Indonesia to northern Vietnam during periods of occupation and non-occupation?
- Can we correlate particular ground conditions with periods of occupation of a site? Were humans expanding their range in to particular favoured environments, or simply adapting to conditions sufficiently quickly?
- Are there specific depositional and post-depositional conditions conducive to the preservation of fauna, organic biomarkers, residues and other archaeologically significant organic materials?
In reconstructing ground conditions directly associated with site occupation (or non-occupation as the case may be), we are better able to provide constraints for our answers to questions of ‘why’ and ‘how’ early hominins utilized the patterns and methods of colonization they did. Multi-level analysis of traditional block sediment samples, combined with catchment site analysis and further multi-component specialist approach to sediment analysis, will provide a wealth of information able to be extracted from archaeological and nearby sediments; a key to reconstructing and applying our knowledge of environmental processes and conditions at scales and resolutions rarely found in geoarchaeology, or even archaeological work in general.
In doing so, #Disperscapes aims to help refine the interpretation of key archaeological sites across a wide geographic range of Southeast Asia and Australia, while also providing information and methods to advance our understanding of archaeological site formation and diagenic processes in tropical and subtropical environments.










