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Image
Artistic representation of Enceladus's core with plumes coming from the bottom of the planet
Courtesy of NASA/JPL-Caltech
Caption
Using new geochemical models, SwRI scientists found that CO2 in Enceladus’ ocean may be controlled by chemical reactions at the seafloor. Integrating this finding with previous discoveries of H2 and silica suggests geochemically diverse environments in the rocky core. This diversity has the potential to create energy sources that could support life.