Carbonate-bearing mantle peridotite xenoliths from Spitsbergen: phase relationships, mineral compositions and trace-element residence

Physics & Astronomy

• Spitsbergen (Norway) 100%
• peridotite 88%
• trace elements 68%
• Earth mantle 60%
• carbonates 58%
• minerals 51%
• amphiboles 27%
• apatites 15%
• olivine 10%
• calcite 10%
• veins 10%
• spinel 7%
• rocks 7%
• magma 5%
• volcanoes 5%
• zone melting 5%
• pressure reduction 5%
• volcanic eruptions 4%
• fluids 4%
• mica 4%
• entrainment 4%
• chemical equilibrium 4%
• silicates 3%
• occurrences 3%
• inclusions 3%
• melting 3%
• protons 2%
• products 2%
• heating 2%
• composite materials 2%

Earth & Environmental Sciences

• xenolith 55%
• peridotite 52%
• trace element 39%
• mantle 37%
• carbonate 34%
• mineral 28%
• amphibole 16%
• lherzolite 14%
• clinopyroxene 12%
• apatite 11%
• spinel 7%
• olivine 7%
• calcite 6%
• triple junction 5%
• magnesite 4%
• silicate mineral 4%
• decompression 4%
• metasomatism 4%
• orthopyroxene 4%
• mica 4%
• fluid inclusion 3%
• rock 3%
• entrainment 3%
• partial melting 3%
• dolomite 3%
• volcano 3%
• volcanic eruption 3%
• magma 3%
• melting 3%
• melt 2%
• heating 2%
• in situ 2%
• fluid 2%
• chemical 1%
• product 1%
• material 1%

Chemistry

• Mineral 41%
• Carbonate 40%
• Apatite 20%
• Calcite 14%
• Zone Melting 9%
• Silicate Mineral 9%
• Melting 5%
• Amorphous Material 4%
• Proton 4%
• Composite Material 3%