Willyama Supergroup Willyama Supergroup Willyama Supergroup / Becquerel Laboratories / Wadsworth Publishing Company / Cs Hf / University of Adelaide SA / Dexter / /
Country
Australia / /
Facility
Canadian Institute of Mining / HALL G.E. / Plant Physiology / Pinnacles Mine / University of Canberra / Charters Towers / Stephens Creek Catchment / /
IndustryTerm
selected sample media / homogeneous sampling media / detectable chemical heterogeneity / given site / metal concentration / sample site / biogeochemical sampling media / large alluvial channel systems / catchment systems / metal complexes / obtained media / biogeochemical media / chemical heterogeneity / root systems / /
NaturalFeature
Stephens Creek / Mount Gipps Regolith-Landforms / Williams Creek / Broken Hill / /
Organization
University of Adelaide / School of Earth & Environmental Sciences / African Union / American Association for the Advancement of Science / Association of Exploration Geochemists / University of Canberra / Canadian Institute of Mining and Metallurgy / Forestry Commission / /
Person
Williams Creek Devonian Granodiorite / David Garnett / Lucas Heights / Chamberlain / /
Position
representative / Harper / /
ProvinceOrState
Western Australia / Queensland / South Australia / New South Wales / California / Victoria / /
PublishedMedium
Plant Physiology / American Journal of Science / /
Region
South Australia / northwest New South Wales / Eastern Australia / northeastern New South Wales / South Wales / western New South Wales / Western Australia / east South Australia / southeast Queensland / southern Western Australia / /
RIVER RED GUMS AS A BIOGEOCHEMICAL SAMPLING MEDIUM IN MINERAL EXPLORATION AND ENVIRONMENTAL CHEMISTRY PROGRAMS IN THE CURNAMON