Scenario / Australian / Canberra / Victoria / Rome / Beijing / Melbourne / Vienna / Adelaide / Little / /
Company
eWater Ltd / Ford / /
Country
Austria / Australia / China / /
Currency
USD / / /
Event
Product Issues / /
Facility
Broken Catchment / Goulburn Weir / Institute of Applied Ecology / Goulburn catchment / McCoy Bridge / Goulburn-Broken catchment / University of Canberra / The University of Melbourne / eWater Cooperative Research Centre / /
IndustryTerm
optimisation tool / flow management / river systems / suboptimal solutions / flow assessment tool / decision support systems / allocation systems / non-dominated sorting genetic algorithm / energy production / water management / annual accounting system / genetic algorithm / decision makers / bank / multi-objective optimisation tools / travel time / food web consequences / /
NaturalFeature
Murray-Darling / Lake Eildon / Goulburn River / /
Organization
University of Melbourne / Victoria / Murray-Darling Basin Authority / International Society for River Science / eWater Cooperative Research Centre / University of Canberra / Victorian Department of Environment / International Congress / United Nations / Institute of Applied Ecology / Department of Resource Management and Geography / Food and Agriculture Organization of the United Nations / Innovations Centre / Victorian Department of Environment and Primary Industries for the Goulburn / /
20th International Congress on Modelling and Simulation, Adelaide, Australia, 1–6 December 2013 www.mssanz.org.au/modsim2013 Optimising flow management for ecological response and consumptive use S.J. Powella, S.J. Nic