Engineers / Chapra / New London / Chichester / Boston / New York / Canberra / Washington / Parramatta / /
Company
Cambridge University Press / McGraw-Hill / Teukolsky S.A. / John Wiley and Sons Ltd / Kohler / Sustainable Natural Resources / /
Country
Australia / United Kingdom / /
Event
Natural Disaster / /
IndustryTerm
direct solutions / suitable numerical solution / salinity management / later processing / system management / hydrologic modelling tool / possible solution / travel time / travel times / numerical solutions / numerical solution / /
NaturalFeature
New South Wales rivers / River Murray / Border Rivers / Murray River / /
OperatingSystem
L3 / /
Organization
Cambridge University / North Atlantic Division / IQQM A.J. Davidson and I. Salbe Centre for Natural Resources / WCB / Murray Darling Basin Ministerial Council / Environmental Engineering Division / Hydraulics Division / U.S. Department of the Interior / NSW government / United States Army / Murray Darling Basin Commission / Institution of Engineers / New South Wales Department of Sustainable Natural Resources / /
ProvinceOrState
Queensland / New York / Connecticut / Marin County / Washington / Victoria / South Carolina / New South Wales / California / Massachusetts / /
Further Development of an Instream Salt Transport Model for IQQM A.J. Davidson and I. Salbe Centre for Natural Resources, NSW Department of Sustainable Natural Resources, Parramatta, Australia. Abstract: The Murray Darli