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The long-term impact of present levels of acid deposition on sandy soils in dune areas was simulated for calcareous and non-calcareous (coastal) dune ...

Anthropogenic nitrogen (N) deposition may have several impacts on upland moorland ecosystems, including changes in vegetation composition, eutrophicat...

The increased deposition of nitrogen (N) from the atmosphere over the last century has been associated in Europe with changes in species composition, ...

Streams affected by acid deposition should now be recovering biologically, but long-term assessments are scarce. Here, we use the experimental catchme...

Tree-growth responses to environmental change could provide early detection of shifts in forest composition and help facilitate ecosystem management a...

Soil protists play a key role in driving ecological functions through predation and parasitism. However, little is known about how nitrogen (N) deposi...

In many ombrotrophic bog areas the invasion of grass (e.g. Molinia caerulea) and tree (e.g. Betula pubescens) species has become a major problem. We i...

In field experiments in N. Finland, 80 study plots (5×5 m) in mixed pine (Pinus sylvestris)/mountain birch (Betula tortuosa) woodland were irrigated w...

Atmospheric nutrient deposition has contributed to widespread changes in heathlands throughout Europe. As a consequence, management is now being consi...

The atmospheric deposition of sulfur and nitrogen compounds in the Netherlands has been responsible for decreasing plant species diversity in heathlan...