Water security in an era of global change, big data and computational power

By seamlessly integrating hydrological sciences with cutting-edge technology and diverse data sources, my fellowship aims to address the knowledge gaps and prediction challenges surrounding water systems to help transform the management of Australia's precious water resources. The project is centred on the development of a novel method for modelling water systems, by creating an advanced mathematical representation that harnesses the capabilities of artificial intelligence, big data sources and state-of-the-art computing resources. The potential benefits of this innovation are profound, as it significantly enhances our capacity to predict and manage water-related disasters such as floods and drought. These events annually incur costs of tens of billions of dollars for Australia, underscoring their paramount significance for farmers, communities, and water-dependent industries. This a