Phosphorus nuclear magnetic resonance (31P NMR) spectroscopy is an important tool for
the study of soil P and has significantly advanced our knowledge of soil P forms, particularly …

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

The technique of 31 P-NMR spectroscopy has done more to advance the knowledge of
organic P forms in environmental samples than any other method. Early 31 P-NMR work …

Data on the distribution of phosphorus (P) species in soils with differing land uses and
properties are essential to understanding environmental P availability and how fertiliser …

Phosphorus-accumulating organisms are considered to be the key microorganisms in the
enhanced biological phosphorus removal (EBPR) process. A large amount of phosphorus is …

Agriculturally-driven land transformation is increasing globally. Improving phosphorus (P)
use efficiency to sustain optimum productivity in diverse ecosystems, based on knowledge of …

Chemical characterization of soil organic P using 31P nuclear magnetic resonance (NMR)
spectroscopy relies on the correct assignment of resonances. We examined eight Australian …

Management of aquatic ecosystems is hampered because current methodology limits
characterization of phosphorus (P) forms. We developed a procedure to characterize …

Efficient phosphorus (P) management is important for crop production and environmental
sustainability of cropping systems. The effects of the agricultural management practices of …

Understanding soil phosphorus (P) transformation and turnover under various fertilization
managements is important for evaluating sustainable P fertility and potential bioavailability …