Organic fertilizer can improve soil management and alleviate soil nutrient loss caused by
excessive fertilization. This study determines a fertilization scheme that can achieve high …

Objectives The suitable replacement ratio of organic fertilizer in total nutrient input for high
and stable wheat yields and maintenance of soil fertility was studied. Methods Field trials …

Objective: In order to provide the fertilization basis for scientific and efficient production of
dryland wheat, the effects of organic fertilizer and biological organic fertilizer replacing …

Traditional organic fertilizer substitution is an effective measure for increasing crop yield and
soil quality while reducing chemical fertilizer input. However, the effects of commercial …

Objectives The effects of chemical fertilizer and organic fertilizer on the wheat yields and soil
nutrients under the condition of equal NPK nutrient input, were investigated to determine the …

Organic amendments in the soil perform better than synthetic fertilizers in regards to soil
fertility and sustainable crop productivity. Experiments were conducted to compare the …

Long-term trends of crop yields and soil fertility have been used as a means to evaluate the
sustainability of intensive agriculture, soil management and fertilizer application. Effect of …

Long-term excessive use of chemical fertilizers and continuous cropping in vegetable and
cotton production lead to a decline in farmland soil quality and crop productivity …

Soil acidity and associated low nutrient availability is one of the constraints to faba bean
(Viciafaba L.) and wheat (Triticum aestivum L.) production on Nitisols of Ethiopian highlands …

As a key component of agricultural sustainability, organic fertilizer contributes greatly to
improving soil fertility. Therefore, the objective of this review is to revise the role of organic …