Ditches increase the connectivity of landscapes to open water systems, potentially facilitating the degradation of downstream waterways. A treatment and an observational experiment were conducted to identify processes behind phosphorus (P) cycling in ditch soils. If the ditch had not undergone recent dredging soils were observed in the treatment experiment to release P to surface water whether the soil system was iron (Fe)-oxidizing or Fe-reducing. Also in the treatment experiment, Fe was released to surface water in appreciable amounts only if the soil system was Fe-reducing. From the observational experiment P release due to mineralization was inferred due to a positive trend with temperature. Also in the observational experiment Fe-reduc...
Flooding is known to mobilise soil phosphorus (P). However, it is still not clear how climate change...
Anaerobic conditions mobilize phosphorus (P) in soils and sediments. The role of anaerobic microsite...
Does removal of cations from soil solution during soil reduction stimulate phosphorus (P) release? A...
Ditches increase the connectivity of landscapes to open water systems, potentially facilitating the ...
Redox reactions involving iron (Fe) strongly affect the mobility of phosphorus (P) and its migration...
Managed drainage ditches are common in the midwestern United States. These ditches are designed to r...
In soils with a fragipan or poor permeability, water may remain in a soil profile long enough to mak...
Sediments can be both a source and a sink of dissolved phosphorus (P) in surface water and shallow g...
Seasonal reducing conditions play an important role in the cycling of nutrients and soil pore water ...
The development of anoxic conditions in riparian wetland (RW) soils is widely known to release disso...
Sediment dredging is a controversial technology for eutrophication control. Its effects on phosphoru...
Losses of phosphorus (P) from agricultural land to surface water may cause impaired water quality. I...
PurposeArtificial aeration changes the redox conditions at the soil surface. The introduction of iro...
Agricultural drainage ditches act as pathways for nutrients to local surface waters. Knowledge of di...
Many upland soils in the Midwest of the US are temporally flooded during the spring and can remain s...
Flooding is known to mobilise soil phosphorus (P). However, it is still not clear how climate change...
Anaerobic conditions mobilize phosphorus (P) in soils and sediments. The role of anaerobic microsite...
Does removal of cations from soil solution during soil reduction stimulate phosphorus (P) release? A...
Ditches increase the connectivity of landscapes to open water systems, potentially facilitating the ...
Redox reactions involving iron (Fe) strongly affect the mobility of phosphorus (P) and its migration...
Managed drainage ditches are common in the midwestern United States. These ditches are designed to r...
In soils with a fragipan or poor permeability, water may remain in a soil profile long enough to mak...
Sediments can be both a source and a sink of dissolved phosphorus (P) in surface water and shallow g...
Seasonal reducing conditions play an important role in the cycling of nutrients and soil pore water ...
The development of anoxic conditions in riparian wetland (RW) soils is widely known to release disso...
Sediment dredging is a controversial technology for eutrophication control. Its effects on phosphoru...
Losses of phosphorus (P) from agricultural land to surface water may cause impaired water quality. I...
PurposeArtificial aeration changes the redox conditions at the soil surface. The introduction of iro...
Agricultural drainage ditches act as pathways for nutrients to local surface waters. Knowledge of di...
Many upland soils in the Midwest of the US are temporally flooded during the spring and can remain s...
Flooding is known to mobilise soil phosphorus (P). However, it is still not clear how climate change...
Anaerobic conditions mobilize phosphorus (P) in soils and sediments. The role of anaerobic microsite...
Does removal of cations from soil solution during soil reduction stimulate phosphorus (P) release? A...