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Cedric Bore. Annual reports plus final report to licence expiry/full surrender, for the period 2/4/2002 to 17/6/2008.
An area centred ~ 80 km north of Tarcoola was taken under licence to explore for possible economic buried precious and base metallic mineralisation hosted by Archaean and Proterozoic basement rocks. The area was selected on the basis of it having...-
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Published: 16 Sep 1908
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Andamooka Creek, Willaroo Dam, Island Dam and Stuart Shelf / Andamooka Ranges (the Stuart Shelf Project). Joint annual reports on activities undertaken by the Joint Venture consortium for the period 11/10/1996 to 10/10/2009 [ Index Part 1 of 2 ].
The four Stuart Shelf Joint Venture Project exploration licences collectively cover approximately 2668 square km of semi-arid pastoral land surrounding the Olympic Dam mine and extending east and south-eastwards as far as Lake Torrens [the Olympic Dam...-
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ExpNotes PARACHILNA (v2): Explanatory Notes PARACHILNA (second edition, 1999)
The PARACHILNA map area (31 to 32°S, 138 to 139.5°E) occupies the central Flinders Ranges which are made up of folded, mostly marine sedimentary Neoproterozoic and Cambrian rocks of the Adelaide Geosyncline, and adjoining plains underlain by Cainozoic...-
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Galaxy Tank (part of the Central Gawler Project). Annual reports to licence expiry/full surrender, for the period 22/3/2006 to 10/5/2013.
Tasman Resources' ("Tasman") Central Gawler Project tenement acreage, originally comprising seven exploration licences ELs 3339 to 3345, was initially applied for on the basis of perceived prospectivity for diamonds: however, following Tasman's...-
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Published: 16 Jul 1913
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Data release - as updated [made at SA Director of Mines' discretion] : Eucolo Creek (also called the Churchill Dam Project). Annual reports for the period 31/1/2006 to 14/11/2018.
EL 3511 Eucolo Creek, of 528 square km, is situated near the eastern margin of the Gawler Craton within the Olympic Dam Domain, approximately 90 km south-west of the Olympic Dam IOCG-U deposit (3.98 billion tonnes at 1.1% Cu, 0.4 kg/t U3O8 and 0.5 g/t...-
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Published: 01 Dec 1918
