range of ambient annual nitrogen deposition in the industrialized world (5 to 35 kg Nha–1 year–1), indicates that long-term, chronic nitrogen deposition has significantly reduced plant species richness. Species richness declines as a linear function of the rate of inorganic nitrogen deposition, with a reduction of one species per 4-m2 quadrat for every 2.5 kg Nha–1 year–1 of chronic nitrogen deposition. Species adapted to infertile conditions are systematically reduced at high nitrogen deposition. At the mean chronic nitrogen deposition rate of central Europe (17 kg Nha–1 year–1), there is a 23% species reduction compared with grasslands receiving the lowest levels of nitrogen deposition
The effect of atmospheric nitrogen deposition on the species richness of acid grasslands was investi...
Atmospheric nitrogen (N) deposition across Europe increased substantially from the 1950s to the 1990...
Chronic nitrogen (N) deposition is a threat to biodiversity that results from eutrophication of sens...
A transect of 68 acid grasslands across Great Britain, covering the lower range of ambient annual ni...
Evidence from an international survey in the Atlantic biogeographic region of Europe indicates that ...
We use national scale data to test the hypothesis that nitrogen (N) deposition is strongly negativel...
A survey of 153 acid grasslands from the Atlantic biogeographic region of Europe indicates that chro...
Recent increases in the atmospheric deposition of biologically active nitrogen (N), resulting from h...
International audienceAtmospheric nitrogen (N) deposition has been identified as a major threat to b...
The effect of atmospheric nitrogen deposition on the species richness in acid grasslands was investi...
Anthropogenic eutrophication impacts ecosystems worldwide. Here, we use a vegetation dataset from se...
Our study investigates the negative impact of nitrogen (N) deposition on species richness in acidic ...
The effect of atmospheric nitrogen deposition on the species richness of acid grasslands was investi...
Atmospheric nitrogen (N) deposition across Europe increased substantially from the 1950s to the 1990...
Chronic nitrogen (N) deposition is a threat to biodiversity that results from eutrophication of sens...
A transect of 68 acid grasslands across Great Britain, covering the lower range of ambient annual ni...
Evidence from an international survey in the Atlantic biogeographic region of Europe indicates that ...
We use national scale data to test the hypothesis that nitrogen (N) deposition is strongly negativel...
A survey of 153 acid grasslands from the Atlantic biogeographic region of Europe indicates that chro...
Recent increases in the atmospheric deposition of biologically active nitrogen (N), resulting from h...
International audienceAtmospheric nitrogen (N) deposition has been identified as a major threat to b...
The effect of atmospheric nitrogen deposition on the species richness in acid grasslands was investi...
Anthropogenic eutrophication impacts ecosystems worldwide. Here, we use a vegetation dataset from se...
Our study investigates the negative impact of nitrogen (N) deposition on species richness in acidic ...
The effect of atmospheric nitrogen deposition on the species richness of acid grasslands was investi...
Atmospheric nitrogen (N) deposition across Europe increased substantially from the 1950s to the 1990...
Chronic nitrogen (N) deposition is a threat to biodiversity that results from eutrophication of sens...