Understanding and quantification of phosphorus (P) fluxes are key requirements for
predictions of future forest ecosystems changes as well as for transferring lessons learned …

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 …

The literature on the formation, structure and properties of allophane and imogolite is
reviewed, with particular emphasis on the seminal contributions by Colin Farmer. Allophane …

Soil parameters change continuously over time and the duration of pedogenesis may
significantly affect a soils' sorption capacity for nutrients and contaminants. In former studies …

In forested ecosystems, the quality of dissolved organic matter (DOM) produced by freshly
senesced litter may differ by litter type and species, and these differences may influence the …

Phosphorus (P) plays a fundamental role in the physiology and biochemistry of all living
things. Recent evidence indicates that organisms in the oceans can break down and use P …

Phosphorus (P) is a key nutrient but still we have a limited knowledge on the controls of
mobilization and fluxes of P in forest soils. Our study explored the linkages between P …

Purpose Phosphorus (P) lost from agricultural land by erosion, runoff, throughflow and
leaching is of major concern for water resource managers worldwide. Previous study on …

Coastal ecosystems are undergoing major biogeochemical shifts due to climate change and
sea level rise. At the same time, agricultural fertilizer applications are increasing coastal …

Changes in phosphorus (P) during soil development are central to the understanding of
labile P for plant productivity and soil P management. We used NaOH‐EDTA extraction with …