A sulfate conundrum: Dissolved sulfates of deep-saline brines and carbonate-associated sulfates

Earth and Planetary Sciences

• Mississippi 100%
• Illinois 50%
• Covariance 50%
• Fractionation 50%
• Oxygen 18 50%
• Dolomite 50%
• Meteoric Water 50%
• Michigan 50%
• Cementation 50%
• Sulfide Mineral 50%
• Evaporite 50%
• Ordovician 50%
• Permian 50%
• Devonian 50%
• Pennsylvanian 50%

Keyphrases

• Brine 100%
• Saline Brine 100%
• Carbonate-associated Sulfate 100%
• Dissolved Sulfate 100%
• Sandstone 27%
• Mt. Simon Sandstone 18%
• Range of Values 18%
• Seawater 18%
• Mississippi Valley-type 18%
• Seawater Sulfate 18%
• In Situ 9%
• Illinois Basin 9%
• Relationship-based 9%
• Covariance 9%
• Carbonate 9%
• Fluid Density 9%
• Recirculating 9%
• Stable Oxygen Isotopes 9%
• Groundwater 9%
• Dolomite 9%
• Viburnum 9%
• Meteoric Water 9%
• Sulfide Minerals 9%
• Fluid Migration 9%
• Ordovician 9%
• Deep-seated 9%
• Stratigraphic Units 9%
• Crystalline Basement 9%
• Low Depth 9%
• Michigan Basin 9%
• Late Pennsylvanian 9%
• Early Permian 9%
• Brine Water 9%
• Quartz Cementation 9%
• Sulfide Deposits 9%
• Sedimentary Unit 9%
• Ore District 9%
• Evaporite Deposits 9%
• Oxygen Isotope Fractionation 9%