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Bull 055 A geochronological framework for the Gawler Craton, South Australia
This bulletin contains geochronological data and interpretations from the Gawler Craton of South Australia that have been completed by Mark Fanning of The Australian National University, by Geological Survey of South Australia personnel, and by...-
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Data release [made at SA Director of Mines’ discretion] : Ooldea. Progress and technical reports to licence expiry/renewal, for the period 6/12/1989 to 5/1/2000.
An occurrence of primary magnetite mineralisation within buried Archaean magnetic basement, first inferred from a strong northeast-trending linear magnetic anomaly observed at a location 20 km south of Ooldea Siding at the northern edge of the...-
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Published: 16 Nov 1999
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Data release - as updated [made at SA Director of Mines’ discretion] : Ooldea. Annual reports to licence expiry/renewal, for the period 12/4/2000 to 11/4/2005.
No work took place on the renewed licence during its eleventh year to 11/4/2001, while the JV partners were awaiting resolution of six conflicting Native Title claims to the Ooldea area before they could have legal acess to EL 2710 to progress their...-
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RB 2007/00011 Original full content version of] OOLDEA, South Australia, [geological map] sheet SH52-12. South Australia. Geological Survey. 1:250 000 Series - Explanatory Notes.
The OOLDEA 1:250 000 map area, in the far west of SA, includes portions of the Maralinga Tjarutja Aboriginal Lands, Maralinga Prohibited Area, and Nullarbor Regional Reserve. It is traversed by the Trans-Australian Railway. There is no significant...-
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Published: 01 Jun 2007
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RB 2009/00002 EPMA monazite geochronological constraints on the timing of ultra-high temperature reworking in the western Gawler Craton.
New electron microprobe monazite geochronological constraints on the timing of Proterozoic granulite facies metamorphism from the western Gawler Craton are presented. Monazite grain geochronological data obtained from samples of basement rocks...-
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Published: 01 Jan 2009
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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
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RB 2019/00012 Gawler Craton Airborne Geophysical Survey Region 4A, Barton – Enhanced geophysical imagery and magnetic source depth models
This report presents the results of a study jointly conducted by the Geological Survey of South Australia and CSIRO Mineral Resources which aimed to enhance the expression of geological structure in geophysical images and to derive depth to magnetic...-
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Published: 01 Jul 2019
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ExpNotes OOLDEA: Explanatory Notes OOLDEA
There is no abstract created for this record-
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RB 2015/00029 What lies beneath the western Gawler Craton? [Eucla-Gawler Seismic Survey line] 13GA-EG1E Seismic and Magnetotelluric Workshop 2015. Extended abstracts [of technical presentations].
This compilation of written and associated oral papers that were presented for the “What lies beneath the western Gawler Craton? 13GA-EG1E Seismic and Magnetotelluric Workshop 2015” is an important step in building our geological understanding of one...-
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Published: 01 Dec 2015
