From 2005 to 2009 we modelled the input of nitrogen and phosphorus in waters in the area of the Federal State of Saxony (Germany). The model results are an important component in elucidating the present situation of nutrient loads in groundwater and surface water as well as its future development. The present contribution focuses on the modelling of diffuse nitrogen leaching on arable land. Processes of mobilization and immobilization of nitrogen are included in the modelling. They will be estimated as induced by the respective types of fruit, management practices and local conditions. Source areas can be derived using the relationship of nitrogen sources (mobilization, deposition) and sinks (immobilization, denitrification) on the regional...
The REGFLUD-project, commissioned by Germany’s Federal Research Ministry (BMBF), addresses the probl...
Increased atmospheric deposition of inorganic nitrogen (N) may lead to increased leaching of nitrate...
The paper presents the water chemistry from subsurface drainage systems located in an agricultural a...
In the framework of the EU-project RANR (Regional analysis of subsurface nitrogen retention and its ...
An integrated model system has been developed to estimate the impact of nitrogen reduction measures ...
Reaching the EU quality standard for nitrate (50 mg NO3/L) in all groundwater bodies is a challenge ...
The nitrogen loads entering the surface waters in Germany via the groundwater path were quantified. ...
Nitrate concentrations in recently infiltrated groundwater in forested areas in the Netherlands ar...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
A network of measuring stations was established for monitoring the leaching of nutrients from arable...
Human activities, especially agricultural practices, have significantly altered the Earth’s landscap...
In the framework of the project "AGRUM - Weser" a model instrument was developed to assess the regio...
Agriculture is to a large part responsible for nitrate leaching into groundwater and rivers in Germa...
In river catchments, N transformation and storage processes during lateral transport are important i...
Ziel dieser Arbeit war ein szenarienfähiges Landschaftswasser- und N-Haushaltsmodell für die Bewertu...
The REGFLUD-project, commissioned by Germany’s Federal Research Ministry (BMBF), addresses the probl...
Increased atmospheric deposition of inorganic nitrogen (N) may lead to increased leaching of nitrate...
The paper presents the water chemistry from subsurface drainage systems located in an agricultural a...
In the framework of the EU-project RANR (Regional analysis of subsurface nitrogen retention and its ...
An integrated model system has been developed to estimate the impact of nitrogen reduction measures ...
Reaching the EU quality standard for nitrate (50 mg NO3/L) in all groundwater bodies is a challenge ...
The nitrogen loads entering the surface waters in Germany via the groundwater path were quantified. ...
Nitrate concentrations in recently infiltrated groundwater in forested areas in the Netherlands ar...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
A network of measuring stations was established for monitoring the leaching of nutrients from arable...
Human activities, especially agricultural practices, have significantly altered the Earth’s landscap...
In the framework of the project "AGRUM - Weser" a model instrument was developed to assess the regio...
Agriculture is to a large part responsible for nitrate leaching into groundwater and rivers in Germa...
In river catchments, N transformation and storage processes during lateral transport are important i...
Ziel dieser Arbeit war ein szenarienfähiges Landschaftswasser- und N-Haushaltsmodell für die Bewertu...
The REGFLUD-project, commissioned by Germany’s Federal Research Ministry (BMBF), addresses the probl...
Increased atmospheric deposition of inorganic nitrogen (N) may lead to increased leaching of nitrate...
The paper presents the water chemistry from subsurface drainage systems located in an agricultural a...