University of New England / Beagle Camp / James Cook University / University of Queensland / Environment Institute of Australia / Charles Darwin University / Greenhouse Unit / /
IndustryTerm
sustainable management / net greenhouse gas emissions / information management / /
NaturalFeature
Gulf of Carpentaria / Pellew Islands / Cape York / Broken Hill / Kisar Island / /
OperatingSystem
Ecos / /
Organization
Ecological Society of Australia / Australian Agricultural and Resource Economics Society / Ecological Society of Australia Conference / Modelling and Simulation Society of Australia and New Zealand / Charles Darwin University / School of Geography / Planning and Architecture / Mabunji Aboriginal Resource Association / Congress / International Congress / University of Queensland / Australian Centre for International Agricultural Research Canberra / Australian Greenhouse Office / Queensland Department of Primary Industries / James Cook University / Department of Environment / Cairns City Council / Northern Territory Government / Environment Institute of Australia and New Zealand / University of New England / Northern Territory Department of Infrastructure Planning and Environment / Greenhouse Unit / International Association of the Study of Common Property / /
Person
C.J. Brown / Petit / Forktail / Reardon / Satellite Imagery / Alice Springs / Armstrong / Milne / Stafford Smith / Tongway / /
Western Australia / Queensland / M.B. / North Dakota / New York / Northern Territory / N.D.; Australia / /
PublishedMedium
The Rangeland Journal / Journal of Biogeography / Australian Journal of Botany / Contemporary / Austral Ecology / Functional Plant Biology / /
Region
northern Australia / northwestern Queensland / central Australia / Northwest Queensland / east Asia / central Queensland / western Queensland / northeastern Australia / Western Australia / /
Publications: 2003–04 Refereed papers Allan, G., Johnson, A., Cridland, S. & Fitzgerald, N. 2003, ‘Application of NDVI for predicting fuel curing at landscape scales in northern Australia: can remotely sensed data he