Evidence from an international survey in the Atlantic biogeographic region of Europe indicates that chronic nitrogen deposition is reducing plant species richness in acid grasslands. Across the deposition gradient in this region (2–44 kg N ha−1 yr−1) species richness showed a curvilinear response, with greatest reductions in species richness when deposition increased from low levels. This has important implications for conservation policies, suggesting that to protect the most sensitive grasslands resources should be focussed where deposition is currently low. Soil pH is also an important driver of species richness indicating that the acidifying effect of nitrogen deposition may be contributing to species richness reductions. The results of...
• This paper seeks to determine whether N-deposition has a negative impact on the species richness o...
Our study investigates the negative impact of nitrogen (N) deposition on species richness in acidic ...
Recent increases in the atmospheric deposition of biologically active nitrogen (N), resulting from h...
Evidence from an international survey in the Atlantic biogeographic region of Europe indicates that ...
A survey of 153 acid grasslands from the Atlantic biogeographic region of Europe indicates that chro...
A transect of 68 acid grasslands across Great Britain, covering the lower range of ambient annual ni...
The effect of atmospheric nitrogen deposition on the species richness in acid grasslands was investi...
The effect of atmospheric nitrogen deposition on the species richness of acid grasslands was investi...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
We use national scale data to test the hypothesis that nitrogen (N) deposition is strongly negativel...
Anthropogenic eutrophication impacts ecosystems worldwide. Here, we use a vegetation dataset from se...
There is a growing evidence base demonstrating that atmospheric nitrogen deposition presents a threa...
• This paper seeks to determine whether N-deposition has a negative impact on the species richness o...
Our study investigates the negative impact of nitrogen (N) deposition on species richness in acidic ...
Recent increases in the atmospheric deposition of biologically active nitrogen (N), resulting from h...
Evidence from an international survey in the Atlantic biogeographic region of Europe indicates that ...
A survey of 153 acid grasslands from the Atlantic biogeographic region of Europe indicates that chro...
A transect of 68 acid grasslands across Great Britain, covering the lower range of ambient annual ni...
The effect of atmospheric nitrogen deposition on the species richness in acid grasslands was investi...
The effect of atmospheric nitrogen deposition on the species richness of acid grasslands was investi...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
Reduction in the species richness of acid grasslands along a gradient of atmospheric nitrogen (N) de...
We use national scale data to test the hypothesis that nitrogen (N) deposition is strongly negativel...
Anthropogenic eutrophication impacts ecosystems worldwide. Here, we use a vegetation dataset from se...
There is a growing evidence base demonstrating that atmospheric nitrogen deposition presents a threa...
• This paper seeks to determine whether N-deposition has a negative impact on the species richness o...
Our study investigates the negative impact of nitrogen (N) deposition on species richness in acidic ...
Recent increases in the atmospheric deposition of biologically active nitrogen (N), resulting from h...