The use of cover crops and crop residues is a common strategy to mitigate sediment and
nutrient losses from land to water. In cold climates, elevated dissolved P losses can occur …

Transport of phosphorus (P) from agricultural fields to water bodies deteriorates water
quality and causes eutrophication. To reduce P losses and optimize P use efficiency by …

Large inputs of phosphorus (P) in chemical fertilizers and feed supplements since 1978
have improved soil P status in arable land in China, but have also created challenges by …

Colloidal phosphorus (P coll) in soil solutions and subsurface drainage has attracted
increasing attention as an additional mobile form of P. A column study was conducted to …

Flooding is known to mobilise soil phosphorus (P). However, it is still not clear how climate
change‐driven extended periods of soil drying followed by flooding will affect soil‐P …

Accurate estimation of phosphorus (P) leaching is important because excess P may reduce
surface and ground water quality. Little attention has been paid to estimate P leaching from …

Urban agriculture, as most agriculture, can potentially contribute to eutrophication via losses
to ground and surface water. Few published studies have empirically measured nitrogen …

Maize silage contributes to biogas production in Lombardy Region (400 anaerobic digestion
plants) employing 47,000 Ha (Production Model–PM1). Reducing the area devoted to this …

Phosphorus (P) losses from agricultural soils contribute to eutrophication of surface waters.
This field plot study investigated effects of rainfall regimes and P applications on P loss by …

The continuous excessive application of phosphorus (P) fertilizers in intensive agricultural
production leads to a large accumulation of P in surface soils, increasing the risk of soil P …