Irrigation laterals transport irrigation return flow, including water, sediment, and dissolved
nutrients, such as phosphorus (P), back to surface water bodies. Phosphorus …

Phosphorus (P) losses from irrigated cropland transferred to surface waters via irrigation
return flows, can impair regional water quality. Best management practices to reduce soil …

The study focuses on the capacity of agricultural headwater streams to retain soluble
reactive phosphorus (SRP). In-stream phosphorus uptake was determined via short-term …

Sediment and phosphorus (P) in agricultural runoff can impair water quality in streams,
lakes, and rivers. We studied the factors affecting P transfer and transport in irrigated furrows …

In‐stream experiments involving additions of phosphate were conducted to determine the
soluble reactive phosphorus (SRP) retention potential of a perennial first‐order stream that …

Ground water and surface water interactions are of fundamental importance for the
biogeochemical processes governing phosphorus (P) dynamics in riparian buffers. The four …

Irrigation reuse of municipal effluents conserves freshwater resources and avoids direct
nutrient discharges to surface waters. The sustainability of agricultural reuse programs …

Riparian zones are an important conservation practice because they can decrease the entry
of sediments and nutrients into sensitive aquatic ecosystems. We evaluated the …

Phosphorus (P) in irrigation runoff may enrich offsite water bodies and streams and be
influenced by irrigation water quality and antecedent soil surface conditions. Runoff, soil …

In agricultural landscapes, surface ditches and streams can significantly influence the
attenuation and transfer of phosphorus (P) from upstream sources to receiving water-bodies …