Meet the academics and researchers in the Wiinya Environmental Research Group.
Academic staff
Prof Michael-Shawn Fletcher
My research focuses on the long-term interactions between humans, climate, disturbance and vegetation at local, regional and global scales.
Mr Anthony Romano
My research focuses on relationships between humans, fire, vegetation and climate, blending archaeology with palaeoecology.
PhD students
Sarah Cooley
My research explores the response, resilience and post-fire recovery of the endemic conifer of Tasmania - Pencil Pine, throughout the Holocene (past 10,000 years to present) to understand how best to target appropriate management of these threatened species in the face of climate and land-use change.
Patrick Kennedy
My research aims to reconstruct trends in fire regimes and fuel loads throughout the Holocene, with a particular interest in understanding of the impacts of British Invasion (and the loss of Indigenous burning)
Louisa Sheridan
My research interests lie at the intersection of palaeoecology, fire, climate change and broad earth systems. My work has involved producing high-resolution palaeoclimate records that illuminate historical climate change in the Southern Hemisphere.
Anthony Romano (PhD)
My PhD project is focusing on palaeoecological research (e.g. fire, vegetation, flooding) from across Taungurung Country (Eastern Victoria) to explore the different types of Country; their histories, stories and changes since British Invasion. I will also incorporate archaeological data and LiDAR in this project.
Tom Keeble
My project seeks to enhance our understanding of how humans may have intentionally modified landscape structures over thousands of years, long before the introduction of colonial landscape management practices. By combining an in-silico experimental method (landscape simulation modelling) with existing palaeoecological (e.g., pollen and charcoal analysis) and palaeoclimate records as both input and validation data, various hypotheses related to past environmental change can be tested. Through this, the project seeks to improve empirical understandings of past human-environment interactions and further increase our ability to differentiate the relative imprint of climatic and anthropogenic processes in historical landscapes.
Graduate researchers
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