A new mechanism for atmospheric mercury redox chemistry: Implications for the global mercury budget

Keyphrases

• Mercury 100%
• Redox Chemistry 100%
• GEOS-Chem 100%
• Atmospheric Mercury 100%
• Bromine 66%
• Organic Aerosol 66%
• HO2 Radical 66%
• Water-soluble 33%
• Photolysis 33%
• Aerosol 33%
• Aqueous Phase 33%
• North America 33%
• North Europe 33%
• Global Model 33%
• Gulf of Mexico 33%
• Global Ocean 33%
• Northern Hemisphere 33%
• Southern Hemisphere 33%
• Deposition Pattern 33%
• Mid-latitude 33%
• Atmosphere-ocean 33%
• Interhemispheric 33%
• Marine Site 33%
• Organic Complexes 33%
• Deep Convection 33%
• Aircraft Observations 33%
• Ocean General Circulation Model 33%
• Atmospheric Hg 33%
• Wet Deposition 33%
• Tropical Oceans 33%
• Aerosol Concentration 33%
• Chemical Lifetime 33%
• Mercury Hg 33%
• Total Gaseous Mercury 33%
• North China 33%
• Rural China 33%
• Lowermost Stratosphere 33%
• Marine Sources 33%
• Model Sensitivity Analysis 33%
• Atmospheric Variability 33%
• Wet Deposition Flux 33%
• MITgcm 33%
• Hg0 Oxidation 33%
• Organobromine 33%
• Oceanic Emissions 33%

Earth and Planetary Sciences

• Atmospherics 100%
• Nitrogen Dioxide 50%
• China 33%
• Wet Deposition 33%
• North America 16%
• Emissions 16%
• Europe 16%
• Global Ocean 16%
• Temperate Region 16%
• Northern Hemisphere 16%
• General Circulation Model 16%
• Stratosphere 16%
• Gulf of Mexico 16%
• Seasonality 16%
• Southern Hemisphere 16%
• Oxidant 16%
• Observation Aircraft 16%
• Photolysis 16%
• Chemical Element 16%