Phosphorus (P) is one of the most limiting essential nutrients for agricultural crop production.
Diminishing global reserves of rock phosphate are expected to reduce supply and increase …

Long-term organic fertilizer (OF) application on agricultural soils is known to induce soil Cu
and Zn contamination, along with pH and organic matter changes, which in turn alter the soil …

The effect of organic fertilizers on soil phosphorus (P) availability is usually mainly
associated with the rate and forms of P applied, while they also alter the soil physical …

Interactions between nitrogen (N) and phosphorus (P) are important for plant growth and
ecosystem carbon (C) sequestration. While effects of N supply on P dynamics have been …

The continually increasing nitrogen (N) deposition is expected to increase ecosystem
aboveground net primary production (ANPP) until it exceeds plant N demand, causing a …

The long-term overuse of fertilizers negatively affects soil chemical properties and health,
causing unsustainable agricultural development. Although many studies have focused on …

Although many studies have demonstrated that N deposition decreases biodiversity and
alters ecosystem functioning, fewer studies have tested how N enrichment affect plant N and …

Previous studies have demonstrated that higher nitrogen (N) and water availability affect
both above-and below-ground communities, soil carbon and N pools, and microbial activity …

Soil acidification in agroecosystems is a natural process that could be accelerated, mainly
by the inappropriate application of mineral fertilizers, or prevented, by sustainable …

Nitrogen deposition has increased rapidly in eastern China, which can affect the
stoichiometric characteristics of plants. However, the effects of N addition on the nitrogen (N) …