United States / Australia / United Kingdom / Israel / India / / /
Event
Natural Disaster / Environmental Issue / /
Facility
University General Circulation Model / Eyre catchment / Meteorology Research Centre / University of Melbourne / Hadley Centre / Melbourne University / /
IndustryTerm
irrigation network / largescale systems / greenhouse gas / frontal systems / resolvable rainfall systems / satellite images / satellite data / /
MarketIndex
Southern Oscillation / /
NaturalFeature
Diamantina river / Georgina river / lake Representing / Level Post Bay / Goyder Channel / Gibson Desert / Lake Eyre Lake Eyre / Australian coast / lake Frome / Lake Eyre / Simpson Desert / Murray River / lake Lake Torrens / Spencer Gulf / lake Torrens / /
Organization
South Australian Government / University of Melbourne / British Atmospheric Data Centre / National Center for Atmospheric Research / Department of Energy / Melbourne University / Commonwealth Meteorological Bureau / Neville Nicholls Bureau / Lake Eyre Yacht Club / Meteorology Research Centre / Hadley Centre / /
Person
John L. McGregor / Kim Nguyen / Rob Allan / Ian Simmonds / Eva Kowalczyk / Pandora K. Hope / John Bye / Neville Nicholls / Edward John Eyre / Bob Backway / Quayle Australian / Ion Idriess / Jack Katzfey / / /
Position
General / author / Governor / /
Product
R31 / mk3 / /
ProvinceOrState
Western Australia / Queensland / West Bengal / South Australia / /
PublishedMedium
Atmospheric Research / /
Region
South Australia / central USA / central Western Australia / southwest Queensland / southern east coast / eastern Australia / central Australia / northern South Australia / Western Australia / /
Aust. Met. Mag[removed]262 The rainfall response to permanent inland water in Australia Pandora K. Hope and Neville Nicholls Bureau of Meteorology Research Centre, Australia