Urban vegetation has the potential to improve air quality as it promotes pollutant deposition
and retention. Urban air quality models often include the effect vegetation have on pollution …

Aerosols have always been part of the atmosphere, and plant surfaces are a major aerosol
sink. Given the nutrient content of aerosols and the natural stability of aerosol concentrations …

Atmospheric corrosion is the oldest type of corrosion recognized, and the atmosphere is the
environment to which metals are most frequently exposed [1]. The impact on high …

A global three‐dimensional model of the troposphere is used to simulate the sources,
abundances, and sinks of mineral aerosol and the species involved in the photochemical …

We construct a global, temperature and precipitation dependent, empirical model of soil‐
biogenic NOx emissions using 6‐hour general circulation model forcing. New features of this …

Research on air pollution and acidic deposition during the last 15 yr has greatly increased
our knowledge of the rates and the processes of atmospheric deposition. The invigoration of …

Sulfate (SO 4 2-) and nitrate (NO 3-) account for half of the fine particulate matter mass over
the eastern United States. Their wintertime concentrations have changed little in the past …

Emissions of NO, NO2, and N2O to the atmosphere were measured with a fully automated
laboratory system from undisturbed soil columns obtained from five different temperate and …

Across Europe, total nitrogen deposition is increasing and, of this total, atmospheric
ammonia can contribute up to 50–80%. Average deposition of ammonia in the UK is likely to …

The documented acceleration of NH3 and NOx (NO+ NO2) emissions over the last 150
years has accelerated N deposition, compromising air and water quality and altering the …