Tag: Atmospheric chemistry and aerosols
Tropical isoprene variability differs across three regions
How isoprene behavior differs across tropical regions based on emissions and chemical processing
Gaseous organic nitrogen contributes substantially to nitrogen deposition
Organic nitrogen constitutes a major but overlooked source of atmospheric nitrogen deposition
Sulfuric and nitric acids drive iron dissolution differently
How altitude and aerosol size affect iron dissolution in polluted urban air
EMAC model matches many observed global hydrogen cycles
Model simulates global atmospheric hydrogen patterns with high accuracy
Rocket chlorine may slightly slow ozone recovery
Expanding space industry could slow ozone layer recovery through rocket-emitted chlorine
Global atmospheric chlorine inventories declined over 2004–2024
Two decades of satellite data reveal how Montreal Protocol is reducing atmospheric chlorine
Emissions cuts have different wildfire effects across China
How emission reductions differently affect wildfire risk across China's regions
Ozone formation shifted by season in Guanzhong Basin
How ozone and aerosol formation shift month by month in a polluted Chinese basin
UKESM misses key marine aerosol formation pathways
Global climate model aerosol predictions lack key ocean-based formation processes
PFAS aerosols concentrated in fine particles under chamber conditions
How common environmental contaminants form airborne particles and reach the lungs
