Phosphorus (P) losses from flooded soils and subsequent transport to waterways contribute
to eutrophication of surface waters. This study evaluated the effectiveness of MnO2 and a …

Enhanced release of phosphorus (P) from soils with snowmelt flooding poses a threat of
eutrophication to waterbodies in cold climatic regions. Reductions in P losses with various …

The potential of soil amendments in reducing phosphorus (P) loss has been reported under
simulated snowmelt, but not evaluated in the field, under snowmelt conditions. We examined …

Rice is the primary energy source of more than half of the global population. Challenges
persist in managing phosphorus (P) in paddy soils of tropical rice-growing countries. In Sri …

Increased phosphorus (P) availability under flooded, anaerobic conditions may accelerate P
loss from soils to water bodies. Existing knowledge on P release to floodwater from flooded …

Addition of manganese (IV) oxides (MnO2) and zeolite can affect the mobility of As and V in
soils due to geochemical changes that have not been studied well in calcareous, flooded …

Prolonged flooding changes the oxidation–reduction status of soils, often enhancing P
release to overlying floodwater. We studied P release from unamended, gypsum‐amended …

Phosphorus (P) loss from soils poses a threat of eutrophication to downstream waterbodies.
Alum (Al2 (SO4) 3· 18H2O) and gypsum (CaSO4· 2H2O) are effective in reducing P loss …

Anaerobic conditions developed during flooding can increase phosphorus (P) losses from
soils to waterways. Soil amendment with gypsum (CaSO4· 2H2O) can effectively reduce …

Enhanced phosphorus (P) release from flooded, anaerobic soils has been extensively
studied under summer temperatures but not under cold temperatures with intermittent freeze …