Land application of biosolids has proven a cost‐effective method of waste disposal by
beneficially recycling organic matter and nutrients and improving soil quality; however, it …

This review discusses and summarizes the latest reports regarding the agronomic utilization
and potential environmental effects of different types of phosphate (P) fertilizers that vary in …

The water quality response to implementation of conservation measures across watersheds
has been slower and smaller than expected. This has led many to question the efficacy of …

Mineral phosphorus (P) fertilizers processed from fossil reserves have enhanced food
production over the past 50years and, hence, the welfare of billions of people. Fertilizer P …

Phosphorus losses from arable soils contribute to eutrophication of freshwater systems. In
addition to losses through surface runoff, leaching has lately gained increased attention as …

A survey of the interactions between phosphorus (P) species and the components of
calcareous soils shows that both surface reactions and precipitation take place, especially in …

Subsurface pathways can play an important role in agricultural phosphorus (P) losses that
can decrease surface water quality. This study evaluated agronomic and environmental soil …

Laws and guidelines limiting P applications to cropland based on soil P exist in the Mid‐
Atlantic USA because of water quality concerns. We evaluated Mehlich 3 (M3) as an …

Phosphorus transport from agricultural soils contributes to eutrophication of fresh waters.
Computer modeling can help identify agricultural areas with high potential P transport. Most …

There is critical need for a practical indicator to assess the potential for phosphorus (P)
movement from a given site to surface waters, either via surface runoff or subsurface …