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RB 38/00052 Report on an inspection of monazite occurrence, Section 60, Hundred of Myponga.
A second occurrence of outcropping monazite on the northern side of Myponga Hill, which is situated about 2 miles south of Myponga township, was inspected and advice given to a prospector concerning how best to further develop the existing small-scale...-
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Published: 29 Sep 1954
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RB 2015/00011 Uranium and uranium mineral systems in South Australia – Third edition.
South Australia is well recognised as being significantly enriched in uranium. During 2013–2014, South Australia produced 4399 t of uranium, representing 80% of Australia’s total uranium production of 5512 t, and equating to 9.2% of the world’s total...-
Document
Published: 01 Apr 2015
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RB 2012/00009 Uranium and uranium mineral systems in South Australia – Second edition.
South Australia is well recognised as being significantly enriched in uranium. During 2010–11, South Australia produced 4276 t of uranium, representing 60% of Australia’s total uranium production of 7035 t, and equating to 11% of the world’s total...-
Document
Published: 01 Apr 2012
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RB 2009/00014 Uranium and uranium mineral systems in South Australia.
South Australia is well recognised as being significantly enriched in uranium. During 2008/2009, South Australia produced 4 613 t of uranium, representing 45% of Australia's total uranium production of 10 311 t, and equating to 9.5% of the world's...-
Document
Published: 01 Apr 2010
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Myponga. Progress reports and final report to licence full surrender, for the period 15/9/1978 to 7/5/1979.
Exploration for hydrothermally emplaced, vein-type uranium ore deposits within Proterozoic basement of the Myponga Inlier and within overlying metasedimentary and lateritic detrital cover rocks, in an area located 60 km south-southwest of Adelaide,...-
Document
Published: 31 Jul 1979
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Myponga. Progress and final reports to licence surrender for the period 23/4/1970 to 28/1/1971.
In a continuation of uranium exploration being carried out over the oldest basement rocks forming inliers to the Adelaide Geosyncline within the southern Mount Lofty Ranges, several minor radiometric anomalies near Myponga, that were indicated by the...-
Document
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RB 2020/00017 SHRIMP U-Pb dating of the Barossa Complex, South Australia: exploring tectonic links between the Gawler Craton and Curnamona Province.
The SHRIMP zircon dating study described herein was undertaken as part of the National Geoscience Agreement (NGA), as a collaborative research project between the Geological Survey of South Australia (GSSA) and Geoscience Australia (GA). Eight samples...-
Document
Published: 01 Sep 2020
