Over the past several decades, agricultural sulfur (S) use has dramatically increased.
Excess S in the environment can cause several biogeochemical and ecologic …

Elevated and chronic nitrogen (N) deposition to N-limited terrestrial ecosystems can lead to
'N saturation', with resultant ecosystem damage and leaching of nitrate (NO 3−) to surface …

In 1994, a network of small catchments (GEOMON) was established in the Czech Republic
to determine input–output element fluxes in semi‐natural forest ecosystems recovering from …

Abstract Changes in atmospheric deposition, stream water chemistry, and solute fluxes were
assessed across 15 small forested catchments. Dramatic changes in atmospheric deposition …

Abstract Parts of the Czech Republic received extreme loading of acid deposition from coal
combustion in the second half of the twentieth century. Although associated Hg deposition …

Abstract Most of eastern North America receives elevated levels of atmospheric deposition
of sulfur (S) that result from anthropogenic SO 2 emissions from fossil fuel combustion …

Tree ring records are increasingly being used as a geochemical archive of past atmospheric
mercury (Hg) pollution. However, it is not clear whether all tree species can be used reliably …

Atmospheric lead pollution has adverse health effects on humans. Identification of
anthropogenic Pb sources is thus crucial for understanding of pollution-related risks and for …

In highly industrialized, densely populated parts of Central Europe, mobilization of legacy Zn
pollution from forest ecosystems may negatively affect the quality of water resources. To test …

The sulfur biogeochemical cycle controls the sulfur dynamics in the soil. In contrast to almost
all deposited sulfur leaching out in temperate catchments, approximately 80% of the …