Abstract: Experimental determination of dissolved CO<sub>2</sub> content in nominally anhydrous andesitic melts at graphite/diamond saturation – Remobilization of deeply subducted reduced carbon via partial melts of MORB-like eclogite (2015 AGU Fall Meeting)

Experimental determination of dissolved CO₂ content in nominally anhydrous andesitic melts at graphite/diamond saturation – Remobilization of deeply subducted reduced carbon via partial melts of MORB-like eclogite

James Eguchi, Rice University, Department of Earth, Environmental, and Planetary Sciences, Houston, TX, United States and Rajdeep Dasgupta, Rice University, Department of Earth, Environmental and Planetary Sciences, Houston, TX, United States

Back to: The Earth's Geodynamic Carbon Cycle: Subduction, Storage, Migration, and Outgassing I

Experimental determination of dissolved CO2 content in nominally anhydrous andesitic melts at graphite/diamond saturation – Remobilization of deeply subducted reduced carbon via partial melts of MORB-like eclogite

Experimental determination of dissolved CO₂ content in nominally anhydrous andesitic melts at graphite/diamond saturation – Remobilization of deeply subducted reduced carbon via partial melts of MORB-like eclogite