Nitrogen can enter the water cycle through atmospheric depositions on ground and water surfaces, leakages from point and diffuse sources (i.e., sewage treatment plants or sewage systems, fertilizer and manure applications), and erosion processes affecting nitrogen rich soils (EEA, 2005). However, integrating all nitrogen forms, processes and scales is still a major challenge for the understanding and the management of the nitrogen cycle
Detailed studies on pollutants genesis, path and transformation are needed in agricultural catchment...
Anthropogenic inputs of reactive nitrogen (N) to ecosystems have led to significant environmental co...
Suspended sediment yield is well known as a cause of several detrimental consequences like reservoir...
Nutrients that fall on the ground from the atmosphere represent a minor component of the total nitro...
Nitrogen can enter the water cycle through atmospheric depositions on ground and water surfaces, lea...
In the last decades, a large effort has been carried out to reduce atmospheric pollutant emissions i...
Denitrification is a key process buffering the environmental impacts of agricultural nitrate loads b...
Hydrological and chemical data of 1996 and 1997 are used to evaluate the relative contributions of a...
The Po Valley, Italy, is known to be a nitrogen hotspot through the co-emissions of nitrogen oxides ...
The Lake Maggiore catchment is the area of Italy most affected by acid deposition. Trend analysis wa...
AbstractIn the last decades, in Europe a large effort was carried out to reduce sulphur and nitrogen...
Although representing a paramount mechanism against nitrogen excess in agricultural landscapes, soil...
AbstractNitrogen-containing organic matter in rain and aerosol makes up a substantial proportion – 2...
International audienceThe role of meteorology, hydrology and atmospheric deposition on the temporal ...
Nitrogen deficit or excess within ecosystems imply different problems. The shortage of this key nutr...
Detailed studies on pollutants genesis, path and transformation are needed in agricultural catchment...
Anthropogenic inputs of reactive nitrogen (N) to ecosystems have led to significant environmental co...
Suspended sediment yield is well known as a cause of several detrimental consequences like reservoir...
Nutrients that fall on the ground from the atmosphere represent a minor component of the total nitro...
Nitrogen can enter the water cycle through atmospheric depositions on ground and water surfaces, lea...
In the last decades, a large effort has been carried out to reduce atmospheric pollutant emissions i...
Denitrification is a key process buffering the environmental impacts of agricultural nitrate loads b...
Hydrological and chemical data of 1996 and 1997 are used to evaluate the relative contributions of a...
The Po Valley, Italy, is known to be a nitrogen hotspot through the co-emissions of nitrogen oxides ...
The Lake Maggiore catchment is the area of Italy most affected by acid deposition. Trend analysis wa...
AbstractIn the last decades, in Europe a large effort was carried out to reduce sulphur and nitrogen...
Although representing a paramount mechanism against nitrogen excess in agricultural landscapes, soil...
AbstractNitrogen-containing organic matter in rain and aerosol makes up a substantial proportion – 2...
International audienceThe role of meteorology, hydrology and atmospheric deposition on the temporal ...
Nitrogen deficit or excess within ecosystems imply different problems. The shortage of this key nutr...
Detailed studies on pollutants genesis, path and transformation are needed in agricultural catchment...
Anthropogenic inputs of reactive nitrogen (N) to ecosystems have led to significant environmental co...
Suspended sediment yield is well known as a cause of several detrimental consequences like reservoir...