Undertaking higher degree research with the Australian Rivers Institute

If the future health and management or our waterways is your passion, then consider undertaking higher degree research with the Australian Rivers Institute. Our researchers are leaders in the field, forging the way across a diverse range of research projects and academic discourse. If you have a specific area of interest we can help you find a prospective supervisor, check out our hot topics below to find out what PhD opportunities are available, and under our research themes to find out about our members' research interests.  Visit Griffith Experts to find out more about our members and how to contact a potential supervisor to discuss research opportunities.

Once you have obtained agreement from one of our members to supervise your research, complete an online Application for Admission and apply for the appropriate Griffith Graduate Research School scholarship.

A full list of scholarships can be found on the Research scholarships website.

Biodiversity and conservation management

  • Mapping the health of coastal wetlands globally to inform conservation actions - Dr Chris Brown
  • Resilience in coastal ecosystems - Professor Rod Connolly
  • Cost-effective restoration of wetlands: how to maximise ecosystem services with limited funds - Dr Fernanda Adame
  • Reconciling biodiversity patterns and processes across the aquatic-terrestrial (non)divide - Dr Catherine Leigh
  • Linking global patterns in freshwater biodiversity to environmental drivers - Dr Simon Linke
  • Estimating freshwater biodiversity loss via remotely sensed pressures - Dr Simon Linke
  • Large-scale estimation and accounting of freshwater ecosystem services- Dr Simon Linke
  • Comparing novel methods of aquatic ecosystem monitoring (eDNA, acoustics, video monitoring) - Dr Simon Linke
  • Monitoring aquatic ecosystem process (flow, sediment transport, respiration) with ecoacoustic methods - Dr Simon Linke
  • Monitoring environmental water delivery in the Goulburn-Broken using terrestrial and underwater ecoacoustics - Dr Simon Linke

Reducing risks to water security

Sustainable fisheries and coastal ecosystems

Repairing land and water systems

  • Reconstructing a 1000 year record of flood frequency in South-East Queensland using optically stimulated luminescence (OSL) dating of alluvial flood deposits and palaeostage indicators - Dr Justine Kemp
  • The Effect of Riparian Vegetation on Channel Bank Stability and Sediment and Nutrient Processing – edit to read  The Effect of Riparian Vegetation on Channel Stability and Sediment and Nutrient Loads - Professor Jon Olley
  • A 1000 year record of streamflow and climate in the channel country SW Queensland - Dr Justine Kemp
  • 50000 years of human landscape interactions in the Murray Basin - Dr Justine Kemp
  • Nutrient and pesticide retention in restored wetlands: can restoration recover lost ecosystem services - Dr Fernanda Adame
  • Characterising dissolved organic matter in catchments and how they affect aquatic ecosystems​ - Professor Michele Burford

Connecting soil and water

Innovative approaches for monitoring and reporting

Aquatic ecosystems in a changing climate

Water and Society

Predicting water futures

  • Call identification and automated processing in freshwater bioacoustics - Dr Simon Linke

Ecology of groundwater-surface water interactions

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