Mycorrhizae improve the efficiency of mineral intake in soils where such minerals may be
poor or otherwise less accessible. In particular, immobile elements like phosphorus, zinc …

Arbuscular mycorrhizal fungi (AMFs) and biochar are two common alternatives to chemical
fertilizers applied to soil to improve crop growth. However, their interactive effects on maize …

Available phosphorus (AP) deficiency in soil is an important limiting factor in agricultural and
forestry production. Thus, microbes with high P mobilization capacity are of great concern …

Phosphorus (P) is a major limiting nutrient for plant growth implying an often-intensive
competition between microorganisms and plants in the rhizosphere. Increasing the P …

Anthropogenic activities have made phosphorus (P) a new sustainability issue globally. To
better understand the mechanisms of soil P dynamics responding to inorganic P fertilization …

In terrestrial ecosystems, phosphorus (P) is the limiting nutrient of primary production. The
soil organic horizon is a vital source of bioavailable P in subalpine coniferous forests …

Stoichiometric homeostasis is the ability of organisms to maintain their element composition
through various physiological mechanisms, regardless of changes in nutrient availability …

Introducing N2‐fixing tree species into Eucalyptus plantations could replace nitrogen (N)
fertilization to maintain high levels of N consumption and productivity. However, N …

Phosphorus (P) fertilization can alleviate a soil P deficiency in grassland ecosystems.
Understanding plant functional traits that enhance P uptake can improve grassland …

Adding industrial and agricultural wastes to farmland can increase soil available
phosphorus (P) pool and boost crop production, but the process affecting soil P …