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PACE Theme 2 (drilling partnerships with PIRSA and industry): Year 5 partnership DPY5-44, eastern Eyre Peninsula, Glensea & Franklin gravity targets representing inferred Proterozoic mesothermal/metamorphic basement uranium prospects. Final report.
PACE Initiative Year 5 funding for exploratory drilling was granted to Stellar Resources under its proposal DPY-5-44 for a project designed to test geophysical targets within EL 3978 which were interpreted / inferred to represent alaskite units...-
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Myola. Annual reports and final report to licence full surrender, for the period 8/11/1996 to 29/7/2003.
Palaeoproterozoic gold, copper and base metal occurrences were the targets of exploration in an area surrounding the Iron Baron mine that, in a tectonic sense, incorporates parts of the Cleve, Middleback and Moonta Subdomains. Regional calcrete...-
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Data release - as updated [made at SA Director of Mines’ discretion] : Cowell (latterly part of the Cowell JV Project). Annual reports for the period 7/11/2008 to 6/11/2011.
No field work was undertaken during licence Year 7, but Stellar instead did a review of the Cowell area's prospectivity for Tertiary palaeochannel-hosted sedimentary uranium mineralisation. Previous drilling data for the local Pirie Basin sediments...-
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Published: 05 Dec 1911
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Cowell. Progress reports and final report to licence full surrender, for the period 19/5/1978 to 22/4/1980.
The exploration targets in an area extending along the Spencer Gulf coastal plain between Cowell and Whyalla were sandstone type roll-front uranium deposits, developed in possible Eocene palaeochannels that may have drained the Cleve Uplands and...-
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Published: 18 Mar 1980
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Minnipa area. Surrender report for the period 12/8/94 to 22/6/95.
Reconnaissance for commercially viable granite dimension stone, over an area located north-east of Minnipa, indicated that the outcrops had a marked variability in deleterious properties, particularly fracturing. Direct core sampling of the granite...-
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Published: 01 Jan 1995
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RB 2007/00015 Geochronology of the Gawler Craton, South Australia.
Geochronology enables us to determine the age of rocks and minerals. The variety of isotopic geochronological techniques give complementary information on, for example, the timing of igneous or metamorphic crystallisation, as is often the case for the...-
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Published: 01 Sep 2007
