The Weser River Basin will most likely not meet European water framework directive nitrogen concentration targets by 2015. We use the AGRUM model network connecting hydrological and nutrient transport models with a German agricultural sector model to analyse current and future nitrogen surplus developments, water quality aspects and additional agrienvironmental measures to discuss options for WFD targets until 2021. Results show that even with a full implementation of the nitrogen directive and with additional agrienvironmental measures the objectives of the WFD can hardly be met
An integrated model system has been developed to estimate the impact of nitrogen reduction measures ...
The EU water framework directive demands the establishment of management plans especially for large ...
The nitrogen pollution of freshwater heavily affects social–ecological systems. To reduce negative e...
The Weser River Basin will most likely not meet European water framework directive nitrogen concentr...
Agriculture is to a large part responsible for nitrate leaching into groundwater and rivers in Germa...
The goal of the European Water Framework Directive (WFD) is to protect and enhance the status of aqu...
The EU Water Framework Directive (WFD) is widely regarded as a seminal piece of environmental legisl...
The REGFLUD-project, commissioned by Germany’s Federal Research Ministry (BMBF), addresses the probl...
The REGFLUD-project, commissioned by Germany's Federal Research Ministry (BMBF), addresses the probl...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
In this paper an integration of the agricultural economic model RAUMIS with the hydrological models ...
In the framework of the project "AGRUM - Weser" a model instrument was developed to assess the regio...
Agriculture is responsible for large scale water quality degradation and is estimated to contribute ...
The cumulative dissertation at hand addresses the question of how promising the successful implement...
An integrated model system has been developed to estimate the impact of nitrogen reduction measures ...
The EU water framework directive demands the establishment of management plans especially for large ...
The nitrogen pollution of freshwater heavily affects social–ecological systems. To reduce negative e...
The Weser River Basin will most likely not meet European water framework directive nitrogen concentr...
Agriculture is to a large part responsible for nitrate leaching into groundwater and rivers in Germa...
The goal of the European Water Framework Directive (WFD) is to protect and enhance the status of aqu...
The EU Water Framework Directive (WFD) is widely regarded as a seminal piece of environmental legisl...
The REGFLUD-project, commissioned by Germany’s Federal Research Ministry (BMBF), addresses the probl...
The REGFLUD-project, commissioned by Germany's Federal Research Ministry (BMBF), addresses the probl...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
We used the interdisciplinary model network REGFLUD to predict the actual mean nitrate concentration...
In this paper an integration of the agricultural economic model RAUMIS with the hydrological models ...
In the framework of the project "AGRUM - Weser" a model instrument was developed to assess the regio...
Agriculture is responsible for large scale water quality degradation and is estimated to contribute ...
The cumulative dissertation at hand addresses the question of how promising the successful implement...
An integrated model system has been developed to estimate the impact of nitrogen reduction measures ...
The EU water framework directive demands the establishment of management plans especially for large ...
The nitrogen pollution of freshwater heavily affects social–ecological systems. To reduce negative e...