Elements · 2012 · 469 citations · 19 references
Natural SciencesEarth SciencesGeologyGeochemistryMetallurgyMineralogyMagma GenesisMagmatic Ore DepositsMineral GeochemistryOre GenesisOre MineralogyRare Earth Element GeochemistryMagmatic GeochemistryMagmatic Ore MineralsMajor Element GeochemistryMetasomatic ProcessesOre Mineral ChemistryOre-forming Magmatic ProcessesOre-forming Processes Of Rare Earth ElementsPegmatite Ore Deposits
Rare-element granitic pegmatites are well recognized for the diversity and concentrations of metal ores that they host. The supply of some of these elements is of concern, and the European Commission recently designated metals such as tantalum and niobium as “critical materials” or “strategic resources.” Field relationships, mineral chemistry, and experimental constraints indicate that these elements are concentrated dominantly by magmatic processes. The granitic melts involved in these processes are very unusual because they contain high concentrations of fluxing compounds, which play a key role at both the primary magmatic and metasomatic stages. In particular, the latter may involve highly fluxed melts rather than aqueous fluids.
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THE CLASSIFICATION OF GRANITIC PEGMATITES REVISITED
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Granitic Pegmatites as Reflections of Their Sources
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