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Soil-landscape dynamic modelling

Soil is the largest terrestrial store of carbon. Understanding causes and controls of spatial and temporal variation of this carbon pool is crucial for managing climate change, food more...

Supervisor(s): Minasny, Budiman (Professor)

Development of an observation system for profile soil moisture

An understanding of the variation in time and space of soil moisture is crucial for the modelling and management of Australian landscapes.  In terms of management, information more...

Supervisor(s): Bishop, Thomas (Associate Professor)

Proximal soil sensing for improved delineation of contaminated sites

There are many thousands of contaminated soil sites across urban and rural Australia. These sites contaminated with metals and/or organics pose a potential threat to human health. D more...

Supervisor(s): McBratney, Alex (Professor)

How can we perform experiments in real landscapes?

This project addresses the fundamental environmental issue of land degradation in Australia.  Current management practices are unsustainable as evidenced by the decline in our more...

Supervisor(s): Bishop, Thomas (Associate Professor)

Adaptation to variable climate and mitigation of greenhouse emissions in the beef industry

The Livestock in Future Landscapes Program seeks to understand how livestock interact with the environment and how these interactions determine the efficiency of production (growth, more...

Supervisor(s): Gonzalez, Luciano (Associate Professor)

Soil in relation to sustainable viticulture in the lower Hunter wine-growing area

The lower Hunter valley, centred on Pokolbin, is Australia’s oldest continuous wine-growing area. It produces wines of high distinction and quality. The University of Sydney F more...

Supervisor(s): McBratney, Alex (Professor)

Modelling Greenhouses gas exchanges in the soil and atmosphere

Methane and nitrous oxide are two of the most important greenhouse gases (GHG) , which are produced in the soil from microbial processes. Mitigation strategies to these GHG emission more...

Supervisor(s): Minasny, Budiman (Professor)

Improving productivity, profitability, sustainability, and animal health and welfare of extensive and intensive beef cattle production using automatic monitoring and management systems

The Livestock in Future Landscapes Program seeks to understand how livestock interact with the environment and how these interactions determine the efficiency of production (growth, more...

Supervisor(s): Gonzalez, Luciano (Associate Professor)

Conjoint use of NIR and XRF spectroscopy in the field

Proximal soil sensing techniques are an efficient and effective way to gather information about the soil in the field. They are used to identify and map the areal variations of soil more...

Supervisor(s): McBratney, Alex (Professor)

Comparative Viral Phylodynamics

• Phylodynamics.• Comparative analysis of viral genome sequence data.• Explaining successful cross-species transmission and emergence. more...

Supervisor(s): Holmes, Edward (Professor)