10.4225/55/59ffeaa211902 Mark Thyer Mark Thyer David McInerney David McInerney Dmitri Kavetski Dmitri Kavetski George Kuczera George Kuczera Julien Lerat Julien Lerat Narendra Tuteja Narendra Tuteja Fitsum Woldemeskel Fitsum Woldemeskel Daehyok Shin Daehyok Shin Seasonal Streamflow Forecasting for Water Management: Advances and Opportunities The University of Adelaide 2019 streamflow forecasting hydrological modelling Seasonal streamflow forecasts Surfacewater Hydrology Water Resources Engineering 2019-02-11 06:15:16 Conference contribution https://adelaide.figshare.com/articles/conference_contribution/Seasonal_Streamflow_Forecastig_Advances_and_Opportunities/5572837 Invited presentation at the <b>5th Ozewex workshop: Water in the Anthropocene</b><div><br></div><div>A summary of the advances in the dynamic streamflow forecasting system developed as part of a research partnership between University of Adelaide and Bureau of Meteorology. </div><div><br></div><div><b>Key Outcomes</b></div><div><div><div>- Advances in Dynamical Streamflow Forecasting System have lead to reliable and sharper seasonal streamflow forecasts that have been operationalised by the Bureau</div></div><div>- Achieves Bureau’s strategic objective of high-quality seasonal streamflow forecasts Australia-wide <br></div><div>- Future research focus will be development of sub-seasonal streamflow forecasts at 0-30 day lead time at river basin scale to address a key user need<br></div></div><div><div>- Achieving societal impact from research advances relies on a committed and passionate team of researchers, govt agencies, water industry and users working together</div></div><div><br></div><div><br></div><p></p>