Record of forearc devolatilization in low-T, high-P/T metasedimentary suites: Significance for models of convergent margin chemical cycling

Physics & Astronomy

• margins 83%
• grade 74%
• rocks 73%
• cycles 51%
• sediments 46%
• carbonates 43%
• clays 42%
• lithology 41%
• trace elements 33%
• minerals 25%
• Lower California (Mexico) 23%
• fluids 22%
• geochemistry 20%
• Mexico 17%
• coasts 17%
• mass balance 16%
• Earth mantle 15%
• entrainment 14%
• cements 14%
• isotopes 11%
• histories 10%
• recording 10%
• nitrogen 9%
• output 7%
• water 7%

Earth & Environmental Sciences

• convergent margin 100%
• subduction zone 59%
• chemical 37%
• rock 37%
• protolith 33%
• carbonate 30%
• clay mineral 28%
• fluid 26%
• lithology 26%
• loss 24%
• trace element 23%
• clastic sediment 18%
• entrainment 14%
• sediment 14%
• terrane 14%
• mass balance 13%
• seafloor 12%
• geochemistry 12%
• cement (construction material) 11%
• isotope 11%
• mantle 11%
• organic matter 10%
• clay 10%
• coast 9%
• history 8%
• material 6%

Chemical Compounds

• Clay Mineral 60%
• Carbonate 60%
• Geochemistry 35%
• Mass Balance 30%
• Organic Matter 27%
• Chemical Transformation 16%
• Nitrogen 15%