Modelling software for assessing how changes in hydrological regime and river management affect streamflow and water availability, and for predicting long term impacts of water resource policy and decision-making on water storages and flows and water shares, on timescales from months to multiple decades

Development of software to support the long-term management of rivers by enabling users to simulate the physical aspects of a river network (natural and constructed, such as dams, canals, pipes, farming), as well as the management aspects (ownership, allocations, demand, etc) in a single model in order to predict the impact of any of these on river flows