Pathways for nitrogen cycling in Earth's crust and upper mantle: A review and new results for microporous beryl and cordierite

Physics & Astronomy

• beryl 100%
• Earth crust 96%
• cordierite 88%
• Earth mantle 74%
• rocks 60%
• crusts 47%
• metamorphic rocks 46%
• nitrogen 45%
• cycles 41%
• minerals 24%
• silicates 24%
• grade 24%
• signatures 20%
• feldspars 17%
• Earth atmosphere 15%
• fractionation 15%
• fluids 14%
• estimates 14%
• organic materials 14%
• clays 13%
• tracers 12%
• low concentrations 12%
• planets 11%
• arcs 10%
• melting 9%
• atmospheres 8%
• heating 7%
• shift 7%
• temperature 3%

Earth & Environmental Sciences

• beryl 88%
• cordierite 76%
• earth's crust 67%
• upper mantle 59%
• nitrogen 37%
• continental crust 36%
• solid Earth 32%
• rock 30%
• metamorphic rock 25%
• metamorphism 22%
• isotopic composition 21%
• atmosphere 14%
• silicate mineral 14%
• fluid 14%
• pegmatite 14%
• oceanic crust 12%
• diagenesis 12%
• partial melting 11%
• magmatism 11%
• feldspar 11%
• planet 11%
• fractionation 10%
• silicate 10%
• tracer 9%
• mantle 9%
• melt 9%
• heating 8%
• clay 8%
• mineral 6%
• loss 6%
• material 5%
• test 4%
• temperature 4%

Chemical Compounds

• Micro Porosity 57%
• Nitrogen 37%
• Atmosphere (Earth) 33%
• Silicate Mineral 30%
• Feldspar 28%
• Fractionation 18%
• Melting 18%
• Amount 17%
• Compound Mobility 15%
• Pressure 12%