Organisational Capability

• - Integrated water resources planning;
  - Trans-disciplinary approach to developing an understanding of how water, landscape and people interact
  and influence the environment and sustainability;
  - Strategies for improving water security in the context of climate change and food production;
  - River health and environmental flows;
  - Sustainable and participatory groundwater management;
  - Water policy, economics and governance;
  - Modelling and analyses of the water cycle - for long-term water resource planning and examining the
  implications of social, economic, cultural, policy and institutional aspects of water cycle management;
  - Water quality management and monitoring, including developing new technologies for innovative water
  disinfection, pathogen assessment and removal;
  - Socio-economic analysis at the catchment and basin scales;
  - Stakeholder engagement and water project impact analysis;
  - Improving water supply through developing efficient systems for stormwater and groundwater
  management;
  - Microbial fuel cell technology for recovering energy from waste streams.
  - Artificial intelligence-based modelling approaches for predicting floods, rainfalls, water demands and
  water yields;
  - Intelligent water pipe networks; and
  - Water management tool and model for decision making based on real-time, wireless data monitoring.

Projects