A chemical and mineralogical reconstruction of Zn-smelter emissions in the Kempen region (Belgium), based on organic pool sediment cores

Earth & Environmental Sciences

• sediment core 76%
• dust 60%
• isotope 40%
• ore 40%
• chemical 40%
• sediment 38%
• pollution 35%
• metal 32%
• metal oxide 31%
• mineral deposit 29%
• atmospheric deposition 28%
• peatland 28%
• thin section 27%
• immobilization 27%
• repository 26%
• trace metal 26%
• soil surface 23%
• stratigraphy 23%
• mineralogy 23%
• conflict 23%
• atmospheric pollution 21%
• sulfide 20%
• plateau 20%
• heavy metal 19%
• filter 18%
• in situ 16%
• pollutant 16%
• history 15%
• trend 13%
• rate 8%

Engineering & Materials Science

• Sediments 100%
• Dust 62%
• Pollution 56%
• Metals 52%
• Isotopes 49%
• Ores 46%
• Stratigraphy 33%
• Mineral resources 30%
• Mineralogy 30%
• Peat 29%
• Heavy metals 26%
• Deposition rates 26%
• Sulfides 23%
• Oxides 17%
• Soils 15%

Chemical Compounds

• Dust 89%
• Bog 45%
• Peat 35%
• Trace Metal 30%
• Metal 24%
• Isotope 23%
• Soil 22%
• Heavy Metal 22%
• Metal Oxide 22%
• Environmental Pollutant 22%
• Mineral 21%
• Sulfide 21%
• Chemical Transformation 17%
• Surface 8%