This contribution closes this special issue of Hydrology and Earth System Sciences concerning the assessment of nitrogen dynamics in catchments across Europe within a semi-distributed Integrated Nitrogen model for multiple source assessment in Catchments (INCA). New developments in the understanding of the factors and processes determining the concentrations and loads of nitrogen are outlined. The ability of the INCA model to simulate the hydrological and nitrogen dynamics of different European ecosystems is assessed and the results of the first scenario analyses investigating the impacts of deposition, climatic and land-use change on the nitrogen dynamics are summarised. Consideration is given as to how well the model has performed as a ge...
major impacts on the global environment. Effects of excess reactive nitrogen include reductions in a...
Abstract: The Integrated Nitrogen in CAtchments (INCA) model simulates nitrogen transport and proces...
In this chapter, we describe how we used an established catchment model to quantify the effects of b...
This contribution closes this special issue of Hydrology and Earth System Sciences concerning the as...
This contribution brings to a close a special issue of Hydrology and Earth System Sciences concernin...
This paper describes the results and conclusions of the INCA (Integrated Nitrogen Model for European...
A new version of the Integrated Nitrogen in Catchments model (INCA) was developed and tested using f...
Excess nitrogen in soils, fresh water, estuarine and marine systems contributes to nutrient enrichme...
Nutrient leaching from agricultural production is still recognised as a major environmental problem ...
Testing of the Integrated Nitrogen model for Catchments (INCA) in a wide range of ecosystem types ac...
The spatial and temporal dynamics in the stream water NO3-N concentrations in a major European river...
The integrated dynamic ecosystem models SAFE and ForSAFEVEG were used to estimate critical loads for...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
The dramatic increase of bioreactive nitrogen entering the Earth’s ecosystems continues toattract gr...
Nitrogen (N) availability plays a key role in terrestrial biosphere dynamics. To understand and quan...
major impacts on the global environment. Effects of excess reactive nitrogen include reductions in a...
Abstract: The Integrated Nitrogen in CAtchments (INCA) model simulates nitrogen transport and proces...
In this chapter, we describe how we used an established catchment model to quantify the effects of b...
This contribution closes this special issue of Hydrology and Earth System Sciences concerning the as...
This contribution brings to a close a special issue of Hydrology and Earth System Sciences concernin...
This paper describes the results and conclusions of the INCA (Integrated Nitrogen Model for European...
A new version of the Integrated Nitrogen in Catchments model (INCA) was developed and tested using f...
Excess nitrogen in soils, fresh water, estuarine and marine systems contributes to nutrient enrichme...
Nutrient leaching from agricultural production is still recognised as a major environmental problem ...
Testing of the Integrated Nitrogen model for Catchments (INCA) in a wide range of ecosystem types ac...
The spatial and temporal dynamics in the stream water NO3-N concentrations in a major European river...
The integrated dynamic ecosystem models SAFE and ForSAFEVEG were used to estimate critical loads for...
This chapter reports the findings of a Working Group to review the critical loads (CLs) and levels a...
The dramatic increase of bioreactive nitrogen entering the Earth’s ecosystems continues toattract gr...
Nitrogen (N) availability plays a key role in terrestrial biosphere dynamics. To understand and quan...
major impacts on the global environment. Effects of excess reactive nitrogen include reductions in a...
Abstract: The Integrated Nitrogen in CAtchments (INCA) model simulates nitrogen transport and proces...
In this chapter, we describe how we used an established catchment model to quantify the effects of b...