Contrasting styles of deep-marine pyroclastic eruptions revealed from Axial Seamount push core records

Physics & Astronomy

• seamounts 100%
• volcanic eruptions 69%
• ashes 54%
• mud 29%
• turbidity 27%
• calderas 27%
• geochemistry 22%
• beds 20%
• fallout 19%
• breccia 13%
• lithology 11%
• grain size 10%
• mineralogy 10%
• magma 10%
• basalt 9%
• vents 9%
• pyrites 9%
• water depth 9%
• accessories 9%
• glass 8%
• classifying 7%
• clays 7%
• minerals 6%
• proximity 6%
• deposits 6%
• sampling 5%
• textures 5%
• recovery 5%
• rings 4%
• fluids 4%

Earth & Environmental Sciences

• seamount 62%
• lithofacies 52%
• volcanic eruption 47%
• tuff 42%
• ash 34%
• turbidity 18%
• mud 17%
• fallout 15%
• caldera 15%
• deep sea 13%
• geochemistry 11%
• grain size 11%
• glass 10%
• explosive volcanism 10%
• remotely operated vehicle 8%
• hydrothermal vent 8%
• bioturbation 8%
• epidote 8%
• diabase 7%
• reworking 7%
• breccia 7%
• clast 7%
• sorting 6%
• explosive 6%
• pyrite 6%
• mineralogy 6%
• preserve 6%
• water depth 6%
• lithology 5%
• basalt 5%
• seafloor 5%
• magma 5%
• texture 5%
• clay 4%
• fluid 4%
• sampling 3%
• mineral 3%
• comparison 2%
• analysis 1%

Chemistry

• Turbidity 62%
• Geochemistry 52%
• Flow 36%
• Actinolite 35%
• Hydrothermal Vent 30%
• Glass 25%
• Pyrite 22%
• Crystalline Texture 18%
• Grain Size 17%
• Sampling 15%
• Suspension 14%