A discrepancy is often observed between the amount of nitrate (NO3-) estimated to be leaching from the root zone of agricultural land, and NO3- concentrations measured in associated surface waters. This reduction in NO3- concentrations is often the result of denitrification in the shallow groundwater. Determining where, when and how much denitrification occurs in situ can be challenging, especially when flow paths in a catchment are not well defined. Laboratory incubation experiments can be used to investigate denitrification and understand the factors limiting the process in situ
Denitrification is an important nitrate (NO₃⁻) attenuation process in soil water systems. ...
At the catchment scale, a complex mosaic of environmental, hydrogeological and physicochemical chara...
Abstract. Contamination of surface- and groundwaters as a result of anthropogenic nitrate loading is...
Aims Favourable hydrogeochemical conditions in soil-water systems can attenuate nitrate (NO3-) leac...
For environmental as well as economic reasons, minimising nitrate losses from the root zone should b...
Since nitrate is a major agricultural freshwater contaminant, denitrification is the environmentally...
Intensification and expansion of pastoral farming in New Zealand has resulted in increased nitrate (...
It has become evident in recent years that many groundwater systems exhibit some degree of assimilat...
Evidence for the occurrence of denitrification in shallow groundwater systems in New Zealand (NZ) is...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Shallow groundwater (<5 m deep) is often the predominant flow path for nitrate (NO₃⁻) leached from t...
Denitrification – the microbial-mediated transformation of nitrate (NO3) to harmless dinitrogen (N2)...
Denitrification in shallow groundwaters is an important nitrate attenuation process which is depen...
Subsurface denitrification plays a key role in the reduction or ‘attenuation’ of nitrate contaminati...
Not all nitrate leached out of the soil zone ultimately pollutes the groundwater system and groundwa...
Denitrification is an important nitrate (NO₃⁻) attenuation process in soil water systems. ...
At the catchment scale, a complex mosaic of environmental, hydrogeological and physicochemical chara...
Abstract. Contamination of surface- and groundwaters as a result of anthropogenic nitrate loading is...
Aims Favourable hydrogeochemical conditions in soil-water systems can attenuate nitrate (NO3-) leac...
For environmental as well as economic reasons, minimising nitrate losses from the root zone should b...
Since nitrate is a major agricultural freshwater contaminant, denitrification is the environmentally...
Intensification and expansion of pastoral farming in New Zealand has resulted in increased nitrate (...
It has become evident in recent years that many groundwater systems exhibit some degree of assimilat...
Evidence for the occurrence of denitrification in shallow groundwater systems in New Zealand (NZ) is...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Shallow groundwater (<5 m deep) is often the predominant flow path for nitrate (NO₃⁻) leached from t...
Denitrification – the microbial-mediated transformation of nitrate (NO3) to harmless dinitrogen (N2)...
Denitrification in shallow groundwaters is an important nitrate attenuation process which is depen...
Subsurface denitrification plays a key role in the reduction or ‘attenuation’ of nitrate contaminati...
Not all nitrate leached out of the soil zone ultimately pollutes the groundwater system and groundwa...
Denitrification is an important nitrate (NO₃⁻) attenuation process in soil water systems. ...
At the catchment scale, a complex mosaic of environmental, hydrogeological and physicochemical chara...
Abstract. Contamination of surface- and groundwaters as a result of anthropogenic nitrate loading is...