Purpose Phosphorus (P) retrieval from crop residues has attracted significant attention in
sustainable management of P resources. Biochar has the potential to enhance soil P …

Biochar as a soil amendment has attracted wide attention worldwide. However, the study of
biochar on soil hydraulic properties during freeze-thawing remains insufficient. The purpose …

Currently, the shortage of phosphorus resources is becoming more and more serious. In
general, phosphorus fertilizer is poorly utilized in soil and tends to gradually accumulate …

Effective soil phosphorus (P) management requires higher level of knowledge concerning its
sorption-desorption, fractionation, and release, as well as its interactions with soil …

The moisture availability is of great significance to the physical, chemical and biological
processes of soil, however, information regarding how freeze-thaw cycles (FTCs) affect the …

Available information about the effects of freeze–thaw cycles (FTCs) and soil aggregate
structure on the mobility of phosphorus (P) fractions is limited. Here, soil column experiments …

Biochar (BC) is a soil fertility enhancer, regarded as a potential carbon sequester and
nutrient leaching preventer. Various studies have shown better phosphorus (P) availability …

Although the addition of biochar has been shown to reduce the phosphorus (P) adsorption
capacity of soil, quantitative evidence of this has mainly been provided by incubation …

Phosphorus (P) is one of the necessary nutrient elements in the process of plant growth and
development. The temporal and spatial distribution characteristics of phosphorus content …

Freeze-thaw cycles (FTCs) change soil physiochemical properties and biogeochemical
processes and inevitably influence the spatial distribution of soil phosphorus (P). In this …