Add to ORKGUnderstanding the potential effects of iron toxicity on plant development is important when constructing new wetland from iron-rich sediment. We aim to study plant species-specific effects of iron toxicity when grown in the iron-rich sediments of lake Markermeer (the Netherlands)
AbstractIron plaque often forms in the root surfaces of aquatic and terrestrial plant species. Howev...
In constructed wetlands (CWs) with forced aeration and vertical flow, plants can suffer from iron (F...
Eutrophication has caused a decline of charophyte species in many shallow lakes in Europe. Even thou...
Understanding the potential effects of iron toxicity on plant development is important when construc...
Loading of nutrients and contaminants is increasing in wetlands due to anthropogenic activities. The...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Agricultural drainage water continues to impact watersheds and their receiving water bodies. One app...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Eutrophication of shallow lakes in North-West Europe has resulted in cyanobacterial blooms, turbid w...
Eutrophication of shallow lakes in North-West Europe has resulted in cyanobacterial blooms, turbid w...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Iron toxicity is caused by excess iron mobilized in soil solution under submerged conditions in wetl...
Internal phosphorus loading has become a major problem in many shallow freshwater lakes over the pas...
Wetland plants have been widely used in constructed wetlands for the clean-up of metal-contaminated ...
Journal Articles (not DHET subsidised)Even though, Aluminum (Al) is recognized as a micronutrient, i...
AbstractIron plaque often forms in the root surfaces of aquatic and terrestrial plant species. Howev...
In constructed wetlands (CWs) with forced aeration and vertical flow, plants can suffer from iron (F...
Eutrophication has caused a decline of charophyte species in many shallow lakes in Europe. Even thou...
Understanding the potential effects of iron toxicity on plant development is important when construc...
Loading of nutrients and contaminants is increasing in wetlands due to anthropogenic activities. The...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Agricultural drainage water continues to impact watersheds and their receiving water bodies. One app...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Eutrophication of shallow lakes in North-West Europe has resulted in cyanobacterial blooms, turbid w...
Eutrophication of shallow lakes in North-West Europe has resulted in cyanobacterial blooms, turbid w...
Interest is growing in using soft sediment as a foundation in eco-engineering projects. Wetland cons...
Iron toxicity is caused by excess iron mobilized in soil solution under submerged conditions in wetl...
Internal phosphorus loading has become a major problem in many shallow freshwater lakes over the pas...
Wetland plants have been widely used in constructed wetlands for the clean-up of metal-contaminated ...
Journal Articles (not DHET subsidised)Even though, Aluminum (Al) is recognized as a micronutrient, i...
AbstractIron plaque often forms in the root surfaces of aquatic and terrestrial plant species. Howev...
In constructed wetlands (CWs) with forced aeration and vertical flow, plants can suffer from iron (F...
Eutrophication has caused a decline of charophyte species in many shallow lakes in Europe. Even thou...