Rainfall chemistry is a vital indicator for reflecting anthropogenic/natural input on
atmospheric quality, and the rainfall process is also the main sink of air contaminants, which …

Anthropogenic reactive nitrogen emissions have a significant impact on atmospheric
chemical composition and earth surface ecosystem. As one of the most important sinks of …

Air pollution and related wet deposition process (rainfall) caused environmental hazards
under the climate change, particularly in urban regions, attracting global concern and …

The coastal urban region is generally considered an atmospheric receptor for terrestrial and
marine input materials, and rainfall chemistry can trace the wet scavenging process of these …

Rainfall-related chemical ions deposition processes have important environment effects on
earth-surface, which is also a vital sink of urban air pollutants. Therefore, identifying the …

Stable isotope ratios of nitrogen and oxygen (15N/14N and 18O/16O) of nitrate (NO3–) are
excellent tracers for developing systematic understanding of sources, conversions, and …

Reactive nitrogen (N r) species from the atmosphere contribute to adverse impacts like acid
deposition and eutrophication; thus, information about local or distal emission N sources …

Identifying the origin of NO x emissions, their transformation into nitrate (NO 3−) and its
atmospheric deposition is important to better understand the impacts of air pollution on the …

Wet deposition is a key mechanism influencing lifetime of particles in the atmosphere. It
allows the deposition of particles via two distinct processes, washout and rainout. Wet …

This study provides insights into factors that influence the water balance of selected
European lakes, mainly in Central Europe, and their implications for water quality. An …