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Moonta-Wallaroo region - South Australian Exploration Initiative. Prospectivity re-assessment and GIS data package (compiled 1994-1995).
To promote renewed regional exploration of the northern Yorke Peninsula using modern techniques and concepts, MESA as part of the SAEI programme has prepared a GIS-based data package, which incorporates a study of all available drillcore and a...-
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RB 2002/00007 The Palaeo-Mesoproterozoic geology of northern Yorke Peninsula, South Australia. Hiltaba Suite - related alteration and mineralisation of the Moonta - Wallaroo Cu-Au district (Resources '96 Convention, Adelaide, geological field excursion
Returns from copper and gold won from the Moonta-Wallaroo district supported the South Australian economy from 1860-1920. During those 60 years some 355,000 t of copper and 2 t of gold were extracted from the twin mining fields of Wallaroo and Moonta:...-
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Published: 01 Nov 1996
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RB 2016/00009 Geological field excursion guide — IOCGs – where it all began: the Moonta-Wallaroo region of the eastern Gawler Craton.
INTRODUCTION TO THE GUIDE Northern Yorke Peninsula (NYP) is within the southern portion of the Olympic Domain of the eastern Gawler Craton, which is arguably the world’s most fertile IOCG belt. That such a belt existed was only realised when Western...-
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Published: 01 May 2016
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RB 2002/00001 Late Palaeoproterozoic Wallaroo Group and early Mesoproterozoic mineralisation in the Moonta Subdomain, eastern Gawler Craton, South Australia.
The late Palaeoproterozoic Wallaroo Group is interpreted to have been deposited during a major rift event in the south-eastern Gawler Craton during ~1770-1740 Ma. On Yorke Peninsula the group contains three lithological units, viz. Wandearah...-
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Published: 01 Aug 2002
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Maitland. First partial surrender report, for the period 7/9/1992 to 6/3/1996.
Exploration in the Curramulka and Pine Point areas on east-central Yorke Peninsula targeted Olympic Dam style iron oxide - associated copper-gold (IOCG) deposits related through contact metasomatism to Hiltaba Suite equivalent granites. A gravity...-
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