Stratospheric ozone depletion through catalytic chemistry involving man‐made
chlorofluorocarbons is an area of focus in the study of geophysics and one of the global …

Abstract The eruption of Mt Pinatubo in June 1991 caused the largest perturbation this
century to the participate content of the stratosphere. The radiative influence of the injected …

Massive Australian wildfires lofted smoke directly into the stratosphere in the austral summer
of 2019/20. The smoke led to increases in optical extinction throughout the midlatitudes of …

Accurate representation of global stratospheric aerosols from volcanic and nonvolcanic
sulfur emissions is key to understanding the cooling effects and ozone losses that may be …

This book is the first comprehensive history of international efforts to protect the ozone layer,
the greatest success yet achieved in managing human impacts on the global environment …

A framework for applying rates of heterogeneous chemical reactions measured in the
laboratory to small sulfuric acid aerosols found in the stratosphere is presented. The …

The interactions of trace gases with tropospheric aerosol can have significant effects on both
gas phase and aerosol composition. In turn, this may affect the atmospheric oxidizing …

Aerosol surface area distributions inferred from satelliteborne 1‐μm extinction
measurements are used as input to a two‐dimensional model to study the effects of …

Aqueous sulphuric acid droplets, which constitute the background stratospheric aerosol,
strongly absorb HNO3 and HCl under cold conditions. A thermodynamic model is used to …

This study investigates the distribution and magnitudes of the global sources and sinks of
OCS and CS2. From an analysis of the correlations between measured emission rates and …