Current understanding of phosphorus (P) cycling in soils can be enhanced by integrating
previously discrete findings concerning P speciation, exchange kinetics, and the underlying …

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 …

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 …

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

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

Although dissolved inorganic phosphate (DIP) is an important nutrient in the hydrosphere, it
is difficult to quantitatively clarify the dynamics of DIP in the hydrosphere using the δ18O …

Background and aims: Phosphorus (P) is an essential element for crop growth. However,
while links of P turnover in soils to carbon (C) and nitrogen (N) availability have been …

Soil organic phosphorus (P o) that is hydrolyzed by phosphatases into inorganic phosphate
is a source of phosphorus (P) for agricultural crops. However, the hydrolysis of P o …

Abstract Changes in the isotopic composition of oxygen associated with phosphate can
provide information on the impact of phosphatase activity on soil P dynamics, whereas the …

While there are estimates of the abiotic processes contribution to soil phosphorus (P)
availability, less is known about the contribution of biological processes. Two main …