The sediment accumulation is an important characteristic in the ageing process of integrated constructed wetlands (ICW). Retained nutrient and other contaminants in wetland sediments have the potential to be remobilized and released to the overlying water column when environmental conditions change. In this study, mesocosms which filled with saturated sediments and planted with Phragmites australis and Agrostis stolonifera were set up to examine nutrient and other contaminants retention and/or release by wetland sediment and substrates. The effects of physico-chemical parameters on sediment-water contaminant exchange were also investigated through the application of multiple regression models, principal component analysis (PCA), re...
Decreasing the nitrogen transport from land to surrounding seas is a major task throughout the world...
Free surface water constructed wetlands (CWs) provide a buffer between domestic wastewater treatment...
Excessive phosphorus (P) accumulation and internal P cycling processes within surface waters can con...
Wastewaters from intensive agricultural activities contain high concentrations of nitrogen and phos...
Constructed wetland sediments are frequently contaminated with nitrogen and phosphorus. There is a r...
Cultural eutrophication stimulated by anthropogenic-derived nutrients represents one of most widespr...
This study quantified the contributions of different P removal pathways in an integrated constructed...
Runoff from nursery operations is considered a potential non-point source contamination. Water qual...
The self-organizing map (SOM) model was applied to predict outflow nutrient concentrations for inte...
The polluted agricultural wastewater, after reaching marine recipients, can cause eutrophication. Th...
Wastewater treatment and subsequent effluent recycling for non-drinking purposes such as irrigation ...
The use of constructed wetlands for tertiary wastewater treatment is emerging as a cost-effective wa...
Constructed wetlands have been demonstrated successfully in treating wastewater for removal of organ...
Nitrogen (N) transformations and removal in integrated constructed wetlands (ICWs) are often high,bu...
Among the vast number of methods that can be applied for the treatment of contaminated water, one o...
Decreasing the nitrogen transport from land to surrounding seas is a major task throughout the world...
Free surface water constructed wetlands (CWs) provide a buffer between domestic wastewater treatment...
Excessive phosphorus (P) accumulation and internal P cycling processes within surface waters can con...
Wastewaters from intensive agricultural activities contain high concentrations of nitrogen and phos...
Constructed wetland sediments are frequently contaminated with nitrogen and phosphorus. There is a r...
Cultural eutrophication stimulated by anthropogenic-derived nutrients represents one of most widespr...
This study quantified the contributions of different P removal pathways in an integrated constructed...
Runoff from nursery operations is considered a potential non-point source contamination. Water qual...
The self-organizing map (SOM) model was applied to predict outflow nutrient concentrations for inte...
The polluted agricultural wastewater, after reaching marine recipients, can cause eutrophication. Th...
Wastewater treatment and subsequent effluent recycling for non-drinking purposes such as irrigation ...
The use of constructed wetlands for tertiary wastewater treatment is emerging as a cost-effective wa...
Constructed wetlands have been demonstrated successfully in treating wastewater for removal of organ...
Nitrogen (N) transformations and removal in integrated constructed wetlands (ICWs) are often high,bu...
Among the vast number of methods that can be applied for the treatment of contaminated water, one o...
Decreasing the nitrogen transport from land to surrounding seas is a major task throughout the world...
Free surface water constructed wetlands (CWs) provide a buffer between domestic wastewater treatment...
Excessive phosphorus (P) accumulation and internal P cycling processes within surface waters can con...