Phosphorus (P) runoff from agricultural land continues to receive attention due to a
widespread lack of reduction in losses combined with a series of high profile P-induced …

Nonpoint source pollution (NPSP) from agricultural runoff threatens drinking water quality,
aquatic habitats, and a variety of other beneficial uses of water resources. Agricultural runoff …

Several agricultural non-point source pollutants impair water quality in the Sacramento–San
Joaquin River system of California's Central Valley. Constructed wetlands are a water …

Particle-facilitated transport is a key mechanism of phosphorus (P) loss in agroecosystems.
We assessed contributions of colloid-and nanoparticle-bound P (nPP; 1–415 nm) to total P …

Purpose The residual phosphorus (P) in Hedley's sequential fractionation procedure is
considered to be a relatively stable soil P pool and unavailable for plant uptake. In the …

Surface-flow constructed wetlands (CWs) are potential cost-efficient solutions to mitigate
phosphorus (P) loads from agricultural areas to surface waters. Hydraulic and phosphorus …

Featured Application This review provides a background that helps targeting the
phosphorus loads from specific tile-drained agricultural catchments with suitable edge-of …

The accumulation rate, fractions, and sorption capacity of phosphorus in sediments
determine the removal efficiency and service life of constructed wetlands (CWs). Nine pilot …

Red soils in subtropical regions are often low in available phosphorus (P), a vital plant
nutrient. Phosphate‐solubilizing microorganisms (PSMs) can release P from phosphate …

In agricultural headwater catchments, wetlands such as ponds are numerous and well
known to partly dissipate contamination. Most of the pesticides are transferred from soils to …