In drylands, soil microorganisms play a vital role in restoring degraded soils, and soil
microbiota is significantly affected by human activities and climate events, such as seasonal …

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 …

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 …

Soil redox potential (Eh) plays an important role in the biogeochemical cycling of soil
nutrients. Whereas its effect soil process and nutrients' availability under elevated …

Streambank legacy sediments can contribute substantial amounts of sediments to Mid-
Atlantic waterways. However, there is uncertainty about the sediment-bound P inputs and …

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 …

Phosphorus (P) forms in soil are related to the P cycle and play an important role in
maintaining the productivity and function of wetlands. Tidal hydrology is a key factor …

Numerous rare species coexist with a few abundant species in microbial communities and
together play an essential role in riparian ecosystems. Relatively little is understood …