Dry deposition of ozone is an important sink of ozone in near‐surface air. When dry
deposition occurs through plant stomata, ozone can injure the plant, altering water and …

Identifying the contributions of chemistry and transport to observed ozone pollution using
regional‐to‐global models relies on accurate representation of ozone dry deposition. We …

Atmospheric ozone loss through dry deposition to vegetation is a critically important process
for both air quality and ecosystem health. The majority of atmospheric chemistry models …

Dry deposition can account for a large portion of the removal of trace chemicals from the
troposphere. Resistance schemes used in modeling often perform quite well in daytime …

Tropospheric ozone is one of the most hazardous air pollutants as it harms both human
health and plant productivity. Foliage uptake of ozone via dry deposition damages …

Observations of coincident high relative humidity and low surface ozone are common in air
quality data sets, but models underpredict the strength of this correlation. We perform a …

Dry deposition is an important removal process controlling surface ozone. We examine the
representation of this ozone loss mechanism in the Community Earth System Model. We first …

Dry deposition to the Earth's surface is an important process from both an atmospheric and
biospheric perspective. Dry deposition controls the atmospheric abundance of many …

This paper addresses the potential role of surface wetness in ozone deposition to plant
foliage. We studied Scots pine foliage in field conditions at the SMEARII field measurement …

Fluxes and deposition velocities of O3 and SO2 were measured over both a deciduous and
a mixed coniferous‐deciduous forest for full growing seasons. Fluxes and deposition …