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

Abstract The Australian Alps contain an assemblage of soil types that is unique on the
Australian continent. The above‐ground ecosystems of the Australian Alps have received …

Data on the dynamics and fate of phosphorus (P) under low soil-test P (STP) conditions is
essential for the development of cropping strategies with a high P use efficiency. This study …

Extensive areas of penguins' nesting (Pygoscelis sp.), on ice-free areas, account for vast
deposits of organic matter-rich guano in maritime Antarctica. One such area, at Harmony …

While land conversion from native vegetation to agriculture influences the concentration,
speciation, and cycling of soil phosphorus (P), the nature of these changes remain poorly …

Nitrogen commonly limits productivity, yet most soils contain a substantial pool of N in
organic forms that are too large for rapid direct uptake. These larger forms of organic N …

Soil organic and inorganic phosphorus (P) compounds can be influenced by distinctive
environmental properties. This study aims to analyze soil P composition in natural …

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 …

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 …

Little information is available about the leaching effects on the altitudinal distribution of soil
organic phosphorus (OP), even though this process commonly occurs in most humid …