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 …

Abstract Purpose of Review Phosphorus (P) loss from agricultural land to surface water is a
leading cause of water quality deterioration. We reviewed the climate change impacts on …

Phosphorus (P) may be immobilized and consequently the runoff loss risks be reduced if
poultry litter (PL) is converted into biochar prior to land application. Laboratory studies were …

Nutrient transport in surface runoff associated with sediment constitutes an important nutrient
loss in Tigray, Northern Ethiopia, but little information is available on this aspect. This paper …

Nutrient losses to surface waters following fertilization contribute to eutrophication. This
study was conducted to compare the impacts of fertilization with inorganic fertilizer, swine …

Agricultural phosphorus (P) loss has been linked to the eutrophication of surface water
bodies throughout the world. As a result, minimizing offsite P transport has become a priority …

This paper deals with nutrient (N and P) losses by runoff in vineyards of the Penedès area
(north-eastern Spain), and their relationship with rainfall erosivity. The study was carried out …

Excess nitrogen (N) and phosphorus (P) applied to agricultural fields may be transported to
adjacent surface waters and exported to downstream systems, leading to environmental …

Production of organomineral phosphate fertilizers (OMF) from poultry litter (PL) has been
suggested to reduce the dependence on phosphorus (P) reserves. Here, we compared a …

Utilization of poultry litter as a precursor material to manufacture activated carbon for treating
heavy metal-contaminated water is a value-added strategy for recycling the organic waste …