Controls on the ¹²⁹I/I ratio of deep-seated marine interstitial fluids: 'Old' organic versus fissiogenic 129-iodine

Physics & Astronomy

• sediments 100%
• iodine 85%
• interstitials 70%
• gulfs 66%
• fluids 48%
• halogens 46%
• rocks 39%
• iodine isotopes 36%
• Atlantic Ocean 36%
• lithology 33%
• aquifers 31%
• porosity 29%
• volcanoes 29%
• mud 28%
• bromides 23%
• water 23%
• organic materials 23%
• iodides 23%
• clays 22%
• minerals 20%
• escape 20%
• fission 19%
• trends 15%

Earth & Environmental Sciences

• iodine 91%
• halogen 62%
• porewater 47%
• fluid 47%
• gulf 40%
• sediment 39%
• mud volcano 36%
• transition 34%
• in situ 33%
• iodide 32%
• bromide 29%
• rock 26%
• marine sediment 26%
• provenance 26%
• clay mineral 25%
• radionuclide 24%
• transect 23%
• lithology 23%
• isotope 20%
• aquifer 20%
• organic matter 18%
• ocean 15%
• trend 13%
• comparison 11%
• material 11%

Chemical Compounds

• Interstitial 86%
• Iodine 70%
• Halogen 48%
• Pore 36%
• Clay Mineral 32%
• Fission 30%
• Radioisotope 30%
• Organic Matter 29%
• Isotope 23%
• Iodide 21%
• Bromide 20%
• Environment 15%