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RB 2012/00019 Geochemistry of pre-1570 Ma mafic magmatism within southern Australia: implications for possible tectonic settings and timing of major mineralisation events in South Australia.
Geochemical and isotopic data from mantle-derived mafic rocks provide important constraints on our understanding of the composition and evolution of the lithosphere through time. Since the lithosphere is sensitive to tectonic processes such as...-
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Published: 01 Dec 2012
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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
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RB 90/00059 Palaeoproterozoic St Peter Suite of the western Gawler Craton.
A suite of intrusives (St Peter Suite - new name) along western Eyre Peninsula displays a wide range in composition, texture and relationships. The features are typical for mingling and mixing of felsic and mafic magmas, with U-Pb geochronology...-
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Published: 01 Oct 1990
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RB 90/00060 Palaeoproterozoic Nuyts Volcanics of the western Gawler Craton.
U-Pb zircon geochronology of the Nuyts Volcanics yielded an age of 1627 +/- 2 Ma, supporting a previous dating of 1631 +/- 3 Ma. The major and trace element compositions, as well as the presence of a tectonic fabric, suggest that the Nuyts Volcanics...-
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Published: 01 Oct 1990