Brisbane / Arunakumaren / Boston / Sydney / Kingston / Washington / D.C. / Canberra / Adelaide / Townsville / /
Company
Development Corporation / GAMS Development Corporation / Barraclough & Co / /
Country
Australia / /
Currency
USD / CRC / /
Facility
Sugar Experiment Station / James Cook University / The University of Queensland / Davies Laboratory / /
IndustryTerm
software system / energy demand / groundwater electricity charges / furrow systems / alluvial aquifer systems / in-field application systems / surface water electricity charges / trickle irrigation systems / trickle systems / Electricity charges / water-saving irrigation technology / irrigation systems / irrigation technologies / fertilizer applications / agricultural systems / irrigation equipment / electricity / appropriate electricity tariff / irrigation technology choices / electricity cost / local and regional irrigation systems / irrigation technology / equipment supplier / physical systems / /
Movie
A.I. / /
NaturalFeature
Haughton River / Barratta Creek / Great Barrier Reef / Burdekin River delta / /
Organization
Australian Bureau / National Centre for Engineering / Australian Agricultural and Resource Economics Society / Department of Economics / Natural Resources and Environment Division / Council of Australian Governments / Economic Research Service / USDA / Prime Minister’s Science and Engineering Council / School of Natural and Rural Systems Management / Furrow Centre Pivot Trickle NBWB / OECD / U.S. Department of Agriculture / University of Queensland / North Burdekin Water Board / James Cook University / Department of Industry / Science and Tourism / Queensland Department of Natural Resources / Bureau of Sugar Experiment Station / Bureau of Sugar Experiment Stations / /
Qureshi, M.E., Wegener, M.K, Harrison, S.R. and Bristow, K.L[removed]), Economic evaluation of alternative irrigation systems for sugarcane in the Burdekin delta in north Queensland, Australia, in Water Resource Management