Soil phosphorus (P) directly impacts major sustainability outcomes, namely crop yields,
water quality, and carbon sequestration. Optimally managing P to improve sustainability …

Soil phosphorus (P) management remains a critical challenge for agriculture worldwide, and
yet we are still unable to predict soil P dynamics as confidently as that of carbon (C) or …

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 …

Drought can substantially alter ecosystem functions, especially biogeochemical cycles of
key nutrients. As an essential but often limiting nutrient, P plays a central role in critical …

The alleviation of phosphorus (P) limitation by increasing carbon (C) input is an effective
strategy for improving crop production and P uptake efficiency. However, the effects of straw …

Biogeochemical cycles of phosphorus (P) and iron (Fe) are tightly interlinked, especially in
highly weathered acidic subtropical and tropical soils rich in iron (oxyhydr) oxides (Fe (III)) …

Quantification of turnover of inorganic soil phosphorus (P) pools is essential to improve our
understanding of P cycling in soil–plant systems and improve representations of the P cycle …

Background Despite the high phosphorus (P)-mobilizing capacity of legumes, little is known
about the dynamics of the P fractions and bacterial communities in the rhizosphere of …

Soil microorganisms can do both, mineralize and synthesize organic and condensed
phosphate (P) species. Whereas P mineralization has been extensively studied, few studies …

Overusing chemical fertilizers (CFs) causes soil degradation, which can be mitigated by
partially substituting CFs with green manure. This study investigated the impact of traditional …