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 …

Reactive nitrogen (N r: nitrate and ammonium) washout in Vienna (Austria) precipitation
events were investigated in 2019. A total of 958 samples from 61 rain events representing> …

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 …

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 …

Nitrate stable isotopes provide information about nitrate contamination and cycling by
microbial processes. The Fischa-Dagnitz (Austria) spring and river system in the agricultural …

Understanding the drivers and consequences of global environmental change is crucial to
inform predictions of effects on ecosystems. We used the mammal community of Białowieża …

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 …

Long-range transport of atmospheric pollutants threatens the pristine high-elevation
environments, highly sensitive to environmental changes such as the global increase of …

This study aimed to develop novel photothermal catalysts to simultaneously remove Hg 0
and NO at lower temperatures of 100–200° C. A new type of photothermal catalysts …

Rationale Stable‐isotope analyses of nitrate (NO3−) in various water sources are crucial for
understanding nitrogen pollution and its impact on aquatic ecosystems. We evaluated the …