Mercury stable isotopes revealing the atmospheric mercury circulation: A review of particulate bound mercury in China

INIS

• reviews 100%
• china 100%
• stable isotopes 100%
• particulates 100%
• atmospherics 100%
• mercury 100%
• transport 28%
• humans 21%
• mercury isotopes 21%
• concentration 14%
• emission 14%
• transformations 14%
• soils 14%
• dusts 14%
• vegetation 14%
• raw materials 14%
• geochemistry 14%
• levels 7%
• variations 7%
• modeling 7%
• datasets 7%
• distribution 7%
• conventions 7%
• dispersions 7%
• water 7%
• equations 7%
• accounting 7%
• fishes 7%
• inhalation 7%
• deposition 7%
• machine learning 7%
• biomass 7%
• meteorology 7%
• isotope ratio 7%

Keyphrases

• China 100%
• Atmospheric Mercury 100%
• Particulate Mercury 100%
• Mercury Stable Isotopes 100%
• Atmospheric Hg 40%
• Hg Isotopes 30%
• Atmospheric Transport 20%
• Mercury Concentration 20%
• Atmospheric Particulates 20%
• Soil Dust 20%
• Long-term Trends 10%
• Partial Least Squares Structural Equation Modeling (PLS-SEM) 10%
• Inhalation 10%
• Machine Learning 10%
• Significant Relationship 10%
• Regression Coefficient 10%
• Spatiotemporal Distribution 10%
• Industrialization 10%
• Industrial Activities 10%
• Meteorological Factors 10%
• Industrial Development 10%
• Human Activities 10%
• Biomass Burning 10%
• Anthropogenic Emissions 10%
• Anthropogenic Sources 10%
• Global Impact 10%
• Isotope Ratio 10%
• Raising Concerns 10%
• Photoreduction Process 10%
• Eastern China 10%
• Western China 10%
• Mercury Content 10%
• Minamata Convention on Mercury 10%
• Source-to-source Transformation 10%
• High Deposition Rate 10%
• Hg Emissions 10%
• Mercury Sources 10%
• Geochemical Cycling 10%
• Hg Source 10%
• Geochemical Cycles 10%
• Transformation Cycle 10%
• Mercury Hg 10%
• Atmospheric Transformation 10%

Earth and Planetary Sciences

• Atmospherics 100%
• Stable Isotope 100%
• Emissions 20%
• Vegetation 20%
• Atmospheric Particulate 20%
• Atmospheric Transport 20%
• Industrial Activity 10%
• Industrial Development 10%
• Isotope Ratios 10%
• Machine Learning 10%
• Long-Term Trend 10%
• Meteorological Factors 10%
• Biomass Burning 10%
• Anthropogenic Source 10%
• Geochemical Cycle 10%
• Regression Coefficient 10%
• Photochemical Reaction 10%
• Spatiotemporal Distribution 10%