Project Manager Heleen de WitNitrogen deposition has a potentially eutrophying impact on oligotrophic freshwaters. Here we present a data analysis and a literature review with a joint focus on nitrogen (N) limitation in oligotrophic lakes and rivers. The data analysis consists of a Nordic lake dataset where relations between algal biomass (chlorophyll a), water chemistry and N deposition are investigated, and an analysis of element stoichiometry (nitrogen : phosphorus ratios) in Norwegian natural rivers. The literature review includes international publications on N limitation from a wide variation of monitoring and experimental studies. The data analysis and literature both support that N limitation exists in surface waters that receive lo...
The concept of lakes "evolving" phosphorus (P) limitation has persisted in limnology despite limited...
Nature of the problem * Freshwater ecosystems play a key role in the European nitrogen (N) cycle, bo...
Non-point source loading of nitrogen and phosphorus is a primary cause of eutrophication of inland w...
Nitrogen deposition has a potentially eutrophying impact on oligotrophic freshwaters. Here we presen...
Atmospheric deposition of nitrogen (N) leads to enhanced leaching of N species to surface waters in ...
We used chemical data (3,907 lakes) and phytoplankton biomass (chlorophyll a) data (225 lakes) from ...
Nutrient inputs to northern freshwaters are changing, potentially altering aquatic ecosystem functio...
Declining atmospheric nitrogen (N) deposition in northern Europe and parts of North America, coupled...
The pronounced increase in the cycling and deposition of biologically reactive dissolved inorganic n...
<p>Rivers export nutrients to coastal waters. Excess nutrient export may result in harmful algal blo...
Rivers export nutrients to coastal waters. Excess nutrient export may result in harmful algal blooms...
Nitrogen deposition affects freshwater biodiversity in two ways: by contributing to acidification vi...
Nearly 1000 Norwegian lakes in catchments with low human activity were surveyed. By covering a wide ...
The concept of lakes "evolving" phosphorus (P) limitation has persisted in limnology despite limited...
Nature of the problem * Freshwater ecosystems play a key role in the European nitrogen (N) cycle, bo...
Non-point source loading of nitrogen and phosphorus is a primary cause of eutrophication of inland w...
Nitrogen deposition has a potentially eutrophying impact on oligotrophic freshwaters. Here we presen...
Atmospheric deposition of nitrogen (N) leads to enhanced leaching of N species to surface waters in ...
We used chemical data (3,907 lakes) and phytoplankton biomass (chlorophyll a) data (225 lakes) from ...
Nutrient inputs to northern freshwaters are changing, potentially altering aquatic ecosystem functio...
Declining atmospheric nitrogen (N) deposition in northern Europe and parts of North America, coupled...
The pronounced increase in the cycling and deposition of biologically reactive dissolved inorganic n...
<p>Rivers export nutrients to coastal waters. Excess nutrient export may result in harmful algal blo...
Rivers export nutrients to coastal waters. Excess nutrient export may result in harmful algal blooms...
Nitrogen deposition affects freshwater biodiversity in two ways: by contributing to acidification vi...
Nearly 1000 Norwegian lakes in catchments with low human activity were surveyed. By covering a wide ...
The concept of lakes "evolving" phosphorus (P) limitation has persisted in limnology despite limited...
Nature of the problem * Freshwater ecosystems play a key role in the European nitrogen (N) cycle, bo...
Non-point source loading of nitrogen and phosphorus is a primary cause of eutrophication of inland w...