Inorganic fertilizer plays an important role in increasing. Chinese food production. However, recent studies showed that Chinese farmers have been significantly overusing nitrogen (N) fertilizer. The overall goal of this study is to investigate the impact of delivering information and knowledge regarding appropriate N fertilizer use in maize production. Based on an experimental study, which provided training to farmers in maize production in the North China Plain, the present study finds that training does have a positive impact on farmer practices. Indeed, the training was effective in reducing overall N fertilizer use by 22%, though the N application after training was still higher than the level recommended by scientists. These findings ...
Nitrogen (N) surplus is a useful indicator for improving agricultural N management and controlling N...
Non-point source pollution arises from fertilizer application in China. This paper empirical test th...
Excessive nitrogen (N) application to rice (Oryza sativa L.) crop in China causes environmental poll...
Ministry of Science and Technology (MoST) 2007DFA30850;Sino-German Research Project Innovative Nitr...
Nitrogen (N) fertilizer has been excessively used in China's crop production, resulting in nonpoint ...
Excessive use of nitrogen fertilizer in crop production in China leads to environmental problems, an...
The use of nitrogen (N) and other fertilisers has been one of the keys to achieving food security in...
Optimal nitrogen (N) management is critical for efficient crop production and agricultural pollution...
Crop production is threatened by the increased nitrogen (N) input and declining N use efficiency (NU...
China has long been the world’s most populous nation and faced the double challenge of ensuring its ...
The overuse of Nitrogen (N) fertilizers on smallholder farms in rapidly developing countries has inc...
Nitrogen loss from farmland has caused serious problems all over the world. This field study assesse...
Nitrogen (N) is an essential macronutrient for plant growth and excessive application rates can decr...
<div><p>The overuse of Nitrogen (N) fertilizers on smallholder farms in rapidly developing countries...
Rice in China receives high amounts of fertilizer nitrogen (N) that are often not used efficiently b...
Nitrogen (N) surplus is a useful indicator for improving agricultural N management and controlling N...
Non-point source pollution arises from fertilizer application in China. This paper empirical test th...
Excessive nitrogen (N) application to rice (Oryza sativa L.) crop in China causes environmental poll...
Ministry of Science and Technology (MoST) 2007DFA30850;Sino-German Research Project Innovative Nitr...
Nitrogen (N) fertilizer has been excessively used in China's crop production, resulting in nonpoint ...
Excessive use of nitrogen fertilizer in crop production in China leads to environmental problems, an...
The use of nitrogen (N) and other fertilisers has been one of the keys to achieving food security in...
Optimal nitrogen (N) management is critical for efficient crop production and agricultural pollution...
Crop production is threatened by the increased nitrogen (N) input and declining N use efficiency (NU...
China has long been the world’s most populous nation and faced the double challenge of ensuring its ...
The overuse of Nitrogen (N) fertilizers on smallholder farms in rapidly developing countries has inc...
Nitrogen loss from farmland has caused serious problems all over the world. This field study assesse...
Nitrogen (N) is an essential macronutrient for plant growth and excessive application rates can decr...
<div><p>The overuse of Nitrogen (N) fertilizers on smallholder farms in rapidly developing countries...
Rice in China receives high amounts of fertilizer nitrogen (N) that are often not used efficiently b...
Nitrogen (N) surplus is a useful indicator for improving agricultural N management and controlling N...
Non-point source pollution arises from fertilizer application in China. This paper empirical test th...
Excessive nitrogen (N) application to rice (Oryza sativa L.) crop in China causes environmental poll...