- Global leadership in research
- World-class innovation
- A research career at UON
- Research Degrees
Institutes and centres
- Newcastle Innovation
- Hunter Medical Research Institute
- Newcastle Institute for Energy and Resources
- Chemical Biology and Clinical Pharmacology
- Complex Dynamic Systems and Control
- Computer Assisted Research Mathematics and its Applications
- Digestive Health and Neurogastroenterology
- Geotechnical and Materials Modelling
- Bioinformatics, Biomarker Discovery and Information-Based Medicine
- Brain and Mental Health Research
- Cardiovascular Health
- Cancer Research, Innovation and Translation
- Generational Health and Ageing
- Grow Up Well
- Health Behaviour
- Healthy Lungs
- Physical Activity and Nutrition
- Reproductive Science
- Stroke and Brain Injury
- Advanced Fluids and Interfaces
- Advanced Particle Processing and Transport
- Frontier Energy Technologies & Utilisation
- Organic Electronics
- Centre of Excellence for Geotechnical Science and Engineering
- Training Centre for Food and Beverage Supply Chain Optimisation
- Research Hub for Advanced Technologies for Australian Iron Ore
- Centre of Excellence in Severe Asthma
- Centre of Research Excellence (CRE) for Venom and Antivenom
- Cancer treatment
- Contamination Assessment and Remediation of the Environment
- Invasive Animals CRC
- Young and Well CRC
- Australia-China Research Centre for Crop Improvement
- Clinical Nutrition Research Centre
- Centre for 21st Century Humanities
- Balanced Land Use
- Bulk Solids and Particulate Technologies
- Hunter Creative Industries and Technology
- Environmental Remediation (GCER)
- Excellence for Equity in Higher Education
- Family Action Centre (FAC)
- Frontier Energy Technologies
- Frontier Geoscience (IFG)
- Full Employment and Equity
- Health Professional Education
- History of Violence
- Infrastructure Performance and Reliability
- Intelligent Electricity Networks
- Interdisciplinary Built Environment Research
- Ironmaking Materials Research
- Mass and Thermal Transport in Engineering Materials
- Multiphase Processes
- Optimal Planning and Operations
- Plant Science
- Purai - Global Indigenous and Diaspora Research
- Resources Health and Safety
- Rural and Remote Mental Health
- Secure and Reliable Communications
- Signal Processing Microelectronics
- Social Research and Regional Futures
- Space Physics
- Special Education and Disability Studies
- Study of Research Training and Impact - SORTI
- Teachers and Teaching
- Tom Farrell Institute for the Environment
- Umulliko Indigenous Higher Education Centre
- Urban and Regional Studies
- Water, Climate and Land-use
- Business and Law Research
- Education and Arts Research
- Engineering and Built Environment Research
- Health and Medicine Research
- Science and IT Research
Engineers are developing new innovative computer and other models to provide methods of assessment of environmental impacts and management of disturbed ecosystems.
Environment engineering research is further divided into two areas of interest: environmental and hydrological processes, and echohydrology, ecogeomorphology and morphodynamical processes.
Environmental and Hydrological Processes
Technical solutions are required to many environmental problems. Our primary focus is on those processes that interact with the water cycle. This requires the development of an understanding of the environmental and hydrological processes, tools based on that understanding, methodologies to predict future behaviour, and assessment of the uncertainty of those predictions. Research areas include the impact of climate variability on hydrology, soil moisture-soils interactions, rehabilitation of mine and low-level nuclear waste sites, storage of soil carbon, and water impacts of coal seam gas extraction.
For more information on this area of research, or to express your interest with a potential research supervisor, please contact Professor Garry Willgoose, Dr. Jose Rodriguez, Dr. Patricia Saco or Professor George Kuczera.
Ecohydrology, Ecogeomorphology and Morphodynamical Processes
The main focus on this area is on interactions and feedbacks between hydrology, ecology, and landforms and morphodynamical processes in rivers. There is growing concern over ecosystem resilience to climate and land use perturbations, and that could affect hydrologic processes and result in irreversible degradation. This requires not only the knowledge of the ecological, soil and hydrologic processes but also an understanding of the spatial and temporal scales at which they interact. Research topics include the impact of climate variability and human pressure on ecological interactions with hydrology, in-stream and estuarine ecology, sediment transport and erosion, rehabilitation of wetlands, and ecogeomorphologic rehabilitation of mine sites.
For more information on this area of research, or to express your interest with a potential research supervisor, please contact Dr. Patricia Saco, Dr. Jose Rodriguez, Professor Garry Willgoose or Professor George Kuczera.
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