▪ Abstract Liquid and solid particles in polar stratospheric clouds are of central importance
for the depletion of stratospheric ozone. Surface-catalyzed reactions on these particles, and …

Simulation results of global aerosol models have been assembled in the framework of the
AeroCom intercomparison exercise. In this paper, we analyze the life cycles of dust, sea salt …

We evaluate black carbon (BC) model predictions from the AeroCom model intercomparison
project by considering the diversity among year 2000 model simulations and comparing …

A previous model intercomparison of the Tambora aerosol cloud has highlighted substantial
differences among simulated volcanic aerosol properties in the pre-industrial stratosphere …

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 …

During the 20th century, the world's transportation system has changed dramatically with the
gradual emergence of a large fleet of commercial aircraft. Today, thousands of aircraft carry …

A two‐dimensional model of sulfate aerosols has been developed. The model includes the
sulfate precursor species H2S, CS2, DMS, OCS, and SO2. Microphysical processes …

The effects of unified aerosol sources on global aerosol fields simulated by different models
are examined in this paper. We compare results from two AeroCom experiments, one with …

We evaluate transport characteristics of two‐and three‐dimensional chemical transport
models of the stratosphere by comparing their simulations of the mean age of stratospheric …

The NASA Goddard Space Flight Center (GSFC) two‐dimensional (2‐D) model of
stratospheric transport and photochemistry has been used to predict ozone changes that …