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relevant areas to understand both the palaeo-environmental evolution as well as to unravel the redox structure of the water column and investigate geochemical weathering proxies to help build a picture of
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geochemical weathering proxies to help build a picture of how past plate tectonics controlled the earth surface systems. The successful candidate will be working on aspects of an Australian Research Council
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biological studies. This project is funded by a grant from the Human Frontier for Science Program, and will involve collaboration with researchers from different disciplines across four countries. Your key
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: developing and testing new approaches to water resources modelling, application of Bayesian inference methods to environmental problems, machine learning and data science applications, undertaking analysis and
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the primary responsibility of performing metallomics studies including the preparation of responsive fluorescent sensors for application in biological studies. This project is funded by a grant from the Human
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, but may be required to work and/or be based at other campuses of the University About the Role We're looking for a motivated and thoughtful early career researcher to join a nationally funded project
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funded project investigating the social and economic impacts of flooding in Australian communities. As a Postdoctoral Research Assistant, you’ll contribute to understanding the real cost of floods, beyond
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using appropriate research methods. Participate in and/or present at conferences and/or workshops relevant to the project as required. Assist with the supervision of research students in the research area
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to the candidate, according to their expertise and interests, from more theoretical projects focused on characterizing non-stationary complex systems, through to more data-driven applications of such methods
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candidate will help characterise a novel oxygen sensing enzyme implicated in hypoxic disease using a range of biochemical, biophysical and structural techniques, with the aim of elucidating enzyme mechanism