Agriculture is responsible for large scale water quality degradation and is estimated to
contribute around 55% of the nitrogen entering the European Seas. The key policy …

Assessing the removal of nitrogen (temporary and permanent) in large river basins is
complex due to the dependency on climate, hydrological and physical characteristics, and …

Nitrate pollution and eutrophication are of increasing concern in agriculturally dominated
regions, and with projected future climate changes, these issues are expected to worsen for …

In this study six hydrological models that only differ with respect to their conceptual
geological models are established for a 465 km2 area. The performances of the six models …

We validated an existing physically based 3D MIKE SHE groundwater resource model (DK-
model) at 175 Danish gauging stations covering different catchment sizes in order to …

Phosphorus (P) is an irreplaceable finite resource for all living species on Earth. For optimal
crop production the P content in the soil should be sufficient and annual P application rates …

To enhance the quantitative simulation and integrated assessment of non-point source
(NPS) pollution in plateau lakes in data-poor regions, a simple and practical NPS …

This paper describes a modeling approach proposed to simulate the impact of local-scale,
spatially targeted N-mitigation measures for the Baltic Sea Basin. Spatially targeted N …

The composition of protein fractions, particularly gluten protein, determines the nutritional
values and baking properties of wheat grain. The baking characteristics of grain are strongly …

Best management practices, such as conservation tillage, the optimum level of irrigation,
fertilization, are frequently used to reduce non-point source pollution from agricultural land …