Non-Peer ReviewedFertilizer nitrogen use efficiency (NUE) is normally low, and has led to the idea that a large proportion of N applied as fertilizer is lost from the soil. However, N balances calculated for a long-term rotation study at Swift Current indicate that losses of fertilizer N from the soil are small, and comparison of cumulative N balances with actual soil organic matter measurements show that an overwhelming proportion of this N is cycled through the organic matter, through microbially mediated processes, enhancing the fertility of the soil
The global challenge of meeting increased food demand and protecting environmental quality will be w...
Modern agriculture has become heavily dependent on fossil-fuel-based commercial nitrogen (N) for mai...
Nitrogen fertilizers added to agricultural field crops are a significant source of nitrous oxide (N2...
Non-Peer ReviewedFertilizer nitrogen use efficiency (NUE) is normally low, and has led to the idea t...
Non-Peer ReviewedIt is commonly believed that the use of nitrogen fertilizers in agriculture will le...
Spatial variation and temporal trajectory of crop nitrogen use efficiency (NUE) have important impli...
Quantifying the fate of nitrogen (N) fertilizer is essential to develop more sustainable agricultura...
Non-Peer ReviewedThe fertilizer-N use efficiency of irrigated canola, softwheat, durum, and spring w...
Organic and conventional cropping systems differ in the nature and amounts of nitrogen (N) inputs, w...
The efficiency with which fertilizer-nitrogen (N) is transferred to grain-N in cereals is usually le...
Components of the field nitrogen (N) balance (input and surplus) are often used to predict nitrate l...
This publication explains the chemistry of nitrogen, the processes by which nitrogen is added to and...
Nitrogen balance sheets for the Rothamsted Continuous Wheat Experiment show that N fertilizers were ...
Liquid manure is an important source of nutrients on many modern dairy farms. Nitrogen (N) use effic...
Future trends in New Zealand cropping, anticipate an increased use of fertilizer nitrogen (N). In or...
The global challenge of meeting increased food demand and protecting environmental quality will be w...
Modern agriculture has become heavily dependent on fossil-fuel-based commercial nitrogen (N) for mai...
Nitrogen fertilizers added to agricultural field crops are a significant source of nitrous oxide (N2...
Non-Peer ReviewedFertilizer nitrogen use efficiency (NUE) is normally low, and has led to the idea t...
Non-Peer ReviewedIt is commonly believed that the use of nitrogen fertilizers in agriculture will le...
Spatial variation and temporal trajectory of crop nitrogen use efficiency (NUE) have important impli...
Quantifying the fate of nitrogen (N) fertilizer is essential to develop more sustainable agricultura...
Non-Peer ReviewedThe fertilizer-N use efficiency of irrigated canola, softwheat, durum, and spring w...
Organic and conventional cropping systems differ in the nature and amounts of nitrogen (N) inputs, w...
The efficiency with which fertilizer-nitrogen (N) is transferred to grain-N in cereals is usually le...
Components of the field nitrogen (N) balance (input and surplus) are often used to predict nitrate l...
This publication explains the chemistry of nitrogen, the processes by which nitrogen is added to and...
Nitrogen balance sheets for the Rothamsted Continuous Wheat Experiment show that N fertilizers were ...
Liquid manure is an important source of nutrients on many modern dairy farms. Nitrogen (N) use effic...
Future trends in New Zealand cropping, anticipate an increased use of fertilizer nitrogen (N). In or...
The global challenge of meeting increased food demand and protecting environmental quality will be w...
Modern agriculture has become heavily dependent on fossil-fuel-based commercial nitrogen (N) for mai...
Nitrogen fertilizers added to agricultural field crops are a significant source of nitrous oxide (N2...