Denitrification is an important nitrate (NO₃⁻) attenuation process in soil water systems. A sound understanding of this process will aid in the management and mitigation of the impacts of NO₃⁻ on groundwater and surface water quality. Denitrification in surface soils has been widely studied, but there are relatively few studies of its occurrence and distribution in the subsurface environment, particularly in the Manawatu River catchment, New Zealand. Challenges around the measurement of denitrification in the subsurface environment is one of the reasons that there has been limited research in this important area. Acetylene inhibition (AI) is a commonly employed method to m...
Evidence for the occurrence of denitrification in shallow groundwater systems in New Zealand (NZ) is...
Since nitrate is a major agricultural freshwater contaminant, denitrification is the environmentally...
Denitrification in the groundwater systems of agricultural catchments can provide a substantial ‘eco...
A sound understanding of the transport and fate of farm nutrients (such as nitrogen and phosphorus) ...
Denitrification – the microbial-mediated transformation of nitrate (NO3) to harmless dinitrogen (N2)...
Subsurface denitrification plays a key role in the reduction or ‘attenuation’ of nitrate contaminati...
Aims Favourable hydrogeochemical conditions in soil-water systems can attenuate nitrate (NO3-) leac...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Intensification and expansion of pastoral farming in New Zealand has resulted in increased nitrate (...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Figures 2.1 & 2.2 have been removed for copyright reasons but may be accessed via their source liste...
The acetylene inhibition technique (AIT) is the most widely used indirect method of determining deni...
A sound understanding of the effects of hydrogeological factors on loss, transport and transformatio...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
The acetylene inhibition technique (AIT) is the most widely used indirect method of determining deni...
Evidence for the occurrence of denitrification in shallow groundwater systems in New Zealand (NZ) is...
Since nitrate is a major agricultural freshwater contaminant, denitrification is the environmentally...
Denitrification in the groundwater systems of agricultural catchments can provide a substantial ‘eco...
A sound understanding of the transport and fate of farm nutrients (such as nitrogen and phosphorus) ...
Denitrification – the microbial-mediated transformation of nitrate (NO3) to harmless dinitrogen (N2)...
Subsurface denitrification plays a key role in the reduction or ‘attenuation’ of nitrate contaminati...
Aims Favourable hydrogeochemical conditions in soil-water systems can attenuate nitrate (NO3-) leac...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Intensification and expansion of pastoral farming in New Zealand has resulted in increased nitrate (...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
Figures 2.1 & 2.2 have been removed for copyright reasons but may be accessed via their source liste...
The acetylene inhibition technique (AIT) is the most widely used indirect method of determining deni...
A sound understanding of the effects of hydrogeological factors on loss, transport and transformatio...
It is increasingly being recognised in New Zealand that denitrification occurring in the groundwater...
The acetylene inhibition technique (AIT) is the most widely used indirect method of determining deni...
Evidence for the occurrence of denitrification in shallow groundwater systems in New Zealand (NZ) is...
Since nitrate is a major agricultural freshwater contaminant, denitrification is the environmentally...
Denitrification in the groundwater systems of agricultural catchments can provide a substantial ‘eco...