Implementing policies to return water to the environment is challenging. We developed an approach to integrate ecological responses with river management models to provide a link between flow and ecology. This paper aims to summarize the findings of a multifaceted project bringing together
multiple lines of evidence to achieve a proof-of-concept approach for optimizing water use to support water policy and management decisions. We developed an eco-hydrology model that represents rivers, water storages, operational constraints, flow management, an ecological response and consumptive
irrigation demands, which is linked to climate. To demonstrate the proof of concept, we describe a case study where modelling optimization seeks solutions to minimize terrestrial vegetation encroachment (an ecological response) and maximize irrigation net value through flow management. The
solutions provide a range of alternative ‘optimal’ management options to consider. Ultimately, hydrological modelling that integrates both consumptive use and ecological response simultaneously is important to enhance stakeholder understanding of the complexities and trade-offs
involved in implementing different decisions. Although proof of concept at this stage, the approaches offer potential for integration of river management models and quantitative ecological response models (derived by considering available evidence from many sources) to support water policy
and management decisions.
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Document Type: Research Article
MDBfutures Collaborative Research Network and Institute for Applied Ecology, University of Canberra, Canberra, Australia
Environmental Watering Plan Implementation, Environmental Management Division, Murray–Darling Basin Authority, Canberra, Australia
September 3, 2017
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