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novel functionally-based biomonitoring protocols of microbial and stygofauna communities. Energy flows and carbon loads regulating the targeted groundwater ecosystems will be investigated under different
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in the pit lakes through ditches. Open pit mining has a two-fold advantage. It not only creates opportunity to replace saline groundwater with fresh rainwater but also creates a sizeable reservoir for
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View Position Description About the National Centre for Groundwater Research and Training Headquartered at Flinders University, the National Centre for Groundwater Research and Trainin g is a collective
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Position Details Continuing | Full-Time Academic Level B | $106,403 - $125,917 p.a. Location: Bedford Park / Kaurna Country View Position Description About the National Centre for Groundwater
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, geochemistry, hydrogeology and marine geoscience. The School has an international reputation in research and teaching with strong support from the mineral exploration, petroleum and groundwater industries, and
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the mineral exploration, petroleum and groundwater industries, and well established collaborations with industry and state and federal government agencies. The School has been recognised internationally, with
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background either in renewable and sustainable Earth resources (for example, critical mineral exploration or carbon sequestration), or in groundwater and hydrogeology, environmental or sedimentary geochemistry
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the endeavours of the Computational & Observational Geodynamics and Groundwater research groups, and will be supervised by Professor Rhodri Davies (Computational & Observational Geodynamics) and Dr Sia Ghelichkhan
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year. It focuses on the numerical modelling of forward and inverse problems of groundwater flow, both in Australia and internationally. The successful candidate will collaborate closely with
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | about 2 months ago
of groundwater flow, both in Australia and internationally. The successful candidate will collaborate closely with the Institute for Water Futures (IWF), leveraging ANU’s robust investment in water research. The