Metasomatic hydration of the oeyama forearc peridotites: Tectonic implications

Earth & Environmental Sciences

• amphibole 67%
• calculation 8%
• chemical 8%
• chlorite 32%
• cooling 23%
• cummingtonite 25%
• decomposition 11%
• ductile deformation 20%
• effect 3%
• exhumation 17%
• fluid 28%
• hydration 93%
• infiltration 40%
• metasomatism 18%
• mineral 27%
• mylonite 60%
• mylonitization 72%
• olivine 90%
• ophiolite 34%
• orthopyroxene 36%
• paragenesis 19%
• peridotite 100%
• petrography 17%
• phlogopite 39%
• pyroxene 16%
• serpentinite 19%
• serpentinization 63%
• shear zone 15%
• slab 14%
• subduction zone 15%
• tectonics 65%
• temperature 12%

Chemical Compounds

• Amount 7%
• Chemistry 9%
• Chlorite 46%
• Cooling 29%
• Decomposition 10%
• Diffusion 20%
• Mineral 40%
• Modification 9%
• Shear 15%