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

Background Submerged soils are globally important both in natural and agricultural
ecosystems and cover 5–7% of the global land surface. Therefore, processes in submerged …

The Northern Great Plains is a key region to global food production. It is also a region of
water stress that includes poor water quality associated with high concentrations of nutrients …

To ameliorate local and coastal eutrophication, management agencies are increasingly
turning to wetland restoration. A large portion of restoration is occurring in areas that were …

Wetland restoration is considered an effective mitigation method for decreasing nitrogen (N)
losses from agricultural land. However, when former cropland becomes rewetted, there is a …

Wetland restoration is a commonly used approach to reduce nutrient loading to freshwater
and coastal ecosystems, with many wetland restoration efforts occurring in former …

Numerous new lakes have been established during the last few decades. Lakes established
on former agricultural soils often have high legacy phosphorus (P)-content, which constitutes …

Supplying freshwater is one of the important methods to help restore degraded wetlands.
Changes in soil properties and plant community biomass were evaluated by comparing sites …

Wetlands are typically defined as inundated areas with hydric soils forming a transitional
zone between terrestrial and aquatic systems. Wetlands have numerous ecosystem benefits …

Rewetting of drained agricultural lowland peat soils is followed by the risk of increased
phosphorus (P) release to downstream systems, thereby challenging their restoration as …