Cloud and fog droplets efficiently scavenge and process water-soluble compounds and,
thus, modify the chemical composition of the gas and particle phases. The concentrations of …

While fog and cloud composition has been studied for decades, most of the research was
limited to inorganic species and fog acidity. Recently the focus has shifted towards organic …

A field study on fog chemistry and aqueous-phase processing of aerosol particles was
conducted in Fresno, California's San Joaquin Valley (SJV) during wintertime. Fog droplets …

Limited information is available on the nature of organic compounds in the tropospheric
aerosol and their effect on aerosol hygroscopic properties and cloud condensation nuclei …

Fog samples were collected in two population centers of the US Gulf Coast (Houston, Texas
and Baton Rouge, Louisiana) using Caltech active strand cloud collectors. A total of 32 …

This paper investigates the hypothesis that cloud and fog processes produce fine organic
particulate matter in the atmosphere. The evidence provided suggests that cloud and fog …

Fogwater collected during winter in Fresno (CA) was characterized by isolating several
distinct fractions and characterizing them by infrared and nuclear magnetic resonance …

Size‐resolved fog water samples were collected in two consecutive winters at Kanpur, a
heavily polluted urban area of India. Samples were analyzed by an aerosol mass …

Gas-phase photolysis is an important tropospheric sink for many carbonyl compounds;
however the significance of direct photolysis of these compounds dissolved in cloud and fog …

Aerosol− cloud interactions account for the largest uncertainty in current estimates of
changes in radiative forcing according to the most recent IPCC report. 1 The term “aerosol …