China implemented the Action Plan for the Zero Increase of Fertilizer Use in 2015, which led to a decrease in fertilizer use. However, Will fertilizer use continue to reduce? With data obtained from 2006 to 2017, the paper used the logarithmic mean Divisia index (LMDI) method to analyze the scale effect, intensity effect and structural effect of fertilizer use change in China from three aspects: crops, regions and fertilizer types. Our finding suggests that (1) The intensity effect was the most critical factor affecting the decline in fertilizer use in China. (2) The sowing scale and fertilization intensity of grain, vegetables and fruits had the most significant driving effect on fertilizer reduction. (3) The three effects of each region w...
In order to fully explore the fertilizer use intensity and its potential threats to the ecological e...
Not Available: Crop production is threatened by the increased nitrogen (N) input and declining N use...
Crop production is threatened by the increased nitrogen (N) input and declining N use efficiency (NU...
The agricultural and land policies in China are always focused on protecting its food supply and sec...
China has made remarkable strides in recent decades to grow enough food to feed 20% of the world's p...
This paper examines China's fertilizer conservation in 1978–2017. The provincial data displays a pos...
China is the world’s largest consumer of synthetic nitrogen (N), where very low rates of fertilizer ...
During the past two decades, the tremendous increase in the use of chemical fertilizers compared wit...
A major challenge facing China is to meet the increasing food demand of its growing population in th...
Nitrogen (N) budgets have been computed in many countries at various scales to improve understanding...
The contribution of irrigation and chemical fertilizer on Chinese agricultural production growth is ...
Agrochemicals are overused in China. One strategy to reduce agrochemical use is to increase farm siz...
Farmers in China and many other developing countries suffer from low technical efficiency of chemica...
The use of nitrogen (N) and other fertilisers has been one of the keys to achieving food security in...
The big three grain producers -- China, India, and the United States -- account for more than half o...
In order to fully explore the fertilizer use intensity and its potential threats to the ecological e...
Not Available: Crop production is threatened by the increased nitrogen (N) input and declining N use...
Crop production is threatened by the increased nitrogen (N) input and declining N use efficiency (NU...
The agricultural and land policies in China are always focused on protecting its food supply and sec...
China has made remarkable strides in recent decades to grow enough food to feed 20% of the world's p...
This paper examines China's fertilizer conservation in 1978–2017. The provincial data displays a pos...
China is the world’s largest consumer of synthetic nitrogen (N), where very low rates of fertilizer ...
During the past two decades, the tremendous increase in the use of chemical fertilizers compared wit...
A major challenge facing China is to meet the increasing food demand of its growing population in th...
Nitrogen (N) budgets have been computed in many countries at various scales to improve understanding...
The contribution of irrigation and chemical fertilizer on Chinese agricultural production growth is ...
Agrochemicals are overused in China. One strategy to reduce agrochemical use is to increase farm siz...
Farmers in China and many other developing countries suffer from low technical efficiency of chemica...
The use of nitrogen (N) and other fertilisers has been one of the keys to achieving food security in...
The big three grain producers -- China, India, and the United States -- account for more than half o...
In order to fully explore the fertilizer use intensity and its potential threats to the ecological e...
Not Available: Crop production is threatened by the increased nitrogen (N) input and declining N use...
Crop production is threatened by the increased nitrogen (N) input and declining N use efficiency (NU...