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%