Metasomatism during subduction: products and possible paths in the Catalina Schist, California

Earth & Environmental Sciences

• metasomatism 100%
• schist 91%
• subduction 75%
• melange 73%
• silica 53%
• fluid 51%
• fluid flow 49%
• amphibolite facies 49%
• product 43%
• subduction zone 32%
• quartz 32%
• leucosome 31%
• blueschist 29%
• mineralogy 29%
• mass transfer 28%
• stable isotope 28%
• rock 27%
• pegmatite 25%
• albite 24%
• mica 22%
• amphibole 22%
• lawsonite 16%
• migmatization 15%
• prograde metamorphism 15%
• chemical alteration 15%
• silicification 14%
• greenschist 14%
• P-T conditions 13%
• metasedimentary rock 13%
• greenschist facies 12%
• ultramafic rock 12%
• decompression 12%
• mafic rock 12%
• amphibolite 12%
• sedimentary rock 10%
• feldspar 10%
• mass balance 9%
• lithology 9%
• kinematics 9%
• silicate 9%
• uplift 9%
• replacement 9%
• chemical composition 8%
• hydrogen 8%
• trace element 8%
• dissolution 8%
• Cretaceous 8%
• cooling 8%
• salinity 7%
• carbonate 7%
• liquid 6%
• matrix 6%
• exposure 6%
• prediction 5%
• comparison 4%
• temperature 4%
• effect 2%

Chemical Compounds

• Stable Isotope 59%
• Mass Transfer 44%
• Alkali 44%
• Feldspar 24%
• Flow 23%
• Mass Balance 21%
• Homogenization 20%
• Cooling 15%
• Quartz 15%
• Equilibrium Constant 15%
• Carbonate 14%
• Dissolution 13%
• Block Like Crystal 12%
• Pressure 10%
• Volume 10%
• Liquid 9%
• Composite Material 8%
• Mixture 7%