A primary focus of coastal science during the past 3 decades has been the question: How
does anthropogenic nutrient enrichment cause change in the structure or function of …

Inputs of P are essential for profitable crop and livestock production. However, its export in
watershed runoff can accelerate the eutrophication of receiving fresh waters. The …

The eutrophication of lowland lakes in Europe by excess nitrogen (N) and phosphorus (P) is
severe because of the long history of land‐cover change and agricultural intensification. The …

High phosphorus concentrations due to internal loading from the sediment with a strongly
negative impact on lake water quality, is often seen in shallow lakes after a reduction of …

We developed a simple model that related NO, export to point-source N loading and
nonpoint source N loads from chemical fertilizers and NO, deposition and tested it at the …

We analysed submerged macrophyte communities from 300 Danish lakes to determine the
efficacy of different species, maximum colonisation depth (Cmax) of plants as well as …

A 38‐year record of bottom‐water dissolved oxygen concentrations in coastal marine
ecosystems around Denmark (1965–2003) and a longer, partially reconstructed record of …

The Danish National Aquatic Monitoring and Assessment Programme (NOVA) was
launched in 1988 following the adoption of the first Danish Action Plan on the Aquatic …

To investigate the importance of lake size, we analysed the chemical and biological
characteristics of nearly 800 Danish lakes ranging from 0.01 to 4200 ha. Most of the lakes …

Mitigating nutrient losses from anthropogenic nonpoint sources is today of particular
importance for improving the water quality of numerous freshwater lakes worldwide. Several …