Background Soil organic phosphorus transformation during ecosystem development exerts
a crucial influence on soil fertility and ecosystem properties. Scope This paper reviews the …

Historically, the chemical nature of organic phosphorus (P) in soil has largely been
considered to comprise of recognizable biomolecules that predominantly include inositol …

Phosphorus (P) is an essential element for life, an innate constituent of soil organic matter,
and a major anthropogenic input to terrestrial ecosystems. The supply of P to living …

The identification and quantification of different soil organic phosphorus (P) compounds is
crucial for a better understanding of soil P dynamics. The aim of this study was to compare …

Inefficiency of fertilizer phosphorus (P) use in grazing systems is often associated with the
accumulation of inorganic and organic P in fertilized soil. However, the chemical nature of …

Organic forms of phosphorus (P) prevail in soils and their quantification is vital to better
understand global biogeochemical cycles. P speciation in soil is commonly assessed by …

In terrestrial ecosystems, a large proportion of the phosphorus (P) in soil is often found within
soil organic matter. However, the majority of organic P in soil remains 'unresolved'and is …

Benchtop nuclear magnetic resonance (NMR) spectrometers are being employed in a wide
variety of applications from undergraduate teaching and research in academia to quality …

Inositol phosphates, particularly myo-inositol hexakisphosphate (myo-IP6), are an important
pool of soil organic phosphorus (P) in terrestrial ecosystems. To measure concentrations of …

An important biomolecule found in plant seeds and tissues, and in eukaryotic cells is myo‐
inositol‐1, 2, 3, 4, 5, 6‐hexakisphosphate (phytate, IP6). Phytate has many roles, including …