Journal of the Geological Society of Australia · 1972 · 41 citations · 7 references
Natural SciencesEarth SciencesGeologyPetrologySedimentologyStratigraphyCrustal StructurePetrographySedimentary RocksCrustal ReworkingGeochronology Of Crustal RocksGranite PetrologyGranodiorite PetrologyMaterial Remelting
Abstract Within the Pilbara Block of Western Australia, a complex of migmatite, gneissic and foliated granite near Marble Bar is intruded by a stock of younger massive granite (the Moolyella Granite) with which swarms of tin‐bearing pegmatites are associated. The age of the older granite has been determined by the Rb‐Sr method as 3,125 ± 366 m.y., and that of the Moolyella Granite as 2,670 ± 95 m.y. Initial Sr87/Sr86 ratios suggest that the older granite is close to primary crustal material, but that the Moolyella Granite consists of reworked material. It probably formed by partial remelting of the older granite.
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Physical methods in determinative mineralogy
F. A. Campbell · Geochimica et Cosmochimica Acta · 1968 · 815 citations
The statistical assessment of Rb-Sr isochrons
G. A. McIntyre, C. Brooks, W. Compston et al. · Journal of Geophysical Research Atmospheres · 1966 · 517 citations
The Precambrian geochronology of Australia
W. Compston, P. A. Arriens · Canadian Journal of Earth Sciences · 1968 · 187 citations