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Preliminary investigation of the source of lead and strontium in deep geothermal brines underlying the Salton Sea geothermal area
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1966
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EngineeringTrace Element GeochemistryMarine ChemistryGeochemical StudyChemistryPreliminary InvestigationEarth ScienceMetal-rich Geothermal BrinesHigh Temperature GeochemistryGeochronologyHydrothermal FluidMarine GeologyBrine MiningStrontium Isotope RatiosGeologyDeep Geothermal BrinesRhyolite GlassSedimentologyTectonicsGeochemistryPetrologyHydrothermal GeochemistryMineral Geochemistry
Lead and strontium isotope ratios in metal-rich geothermal brines are compared to those of rhyolite glass from nearby rhyolite domes and also to those from Tertiary and Quaternary sediments of the area. 9The isotopic data indicate that 80-100 percent of the strontium and 50-100 percent of the lead in these brines were acquired from the associated sediments9 rather than from the rhyolite. The ratios for strontium suggest that the rhyolite cannot be derived wholly from melting of sediments like those sampled.