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Activity
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Department: Human and Animal Physiology Group
Iodine
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Department: Human and Animal Physiology Group
Healthy ageing
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Supervisor:
Department: Human and Animal Physiology Group
Forming vivianite in lake sediments by adding Iron (II) chloride to manage eutrophication
Topic: Mitigating eutrophication and cyanobacteria blooms
Managing Eutrophication in a cheap, easy, safe and efficient way is still a challenge. Here, we would like to test if adding Iron (II) chloride directly in the sediments w ...
Supervisor: Miquel Lurling / Maira Nunes Teixeira Mucci
Department: Aquatic Ecology and Water Quality Management Group
Lanthanum release from the mineral, Rhabdophane, under different pH
Lanthanum (La) modified bentonite has been used in lakes to manage eutrophication. The lanthanum in contact with phosphate will form the mineral rhabdophane. Modelling reveals that rhabdophane is stable over a wide range of pH, ho ...
Supervisor: Miquel Lurling / Maira Nunes Teixeira Mucci
Department: Aquatic Ecology and Water Quality Management Group
Spatial modelling of lake ecosystems with PCLake (2D)
PCLake has been a valuable tool for detecting critical nutrient loads for lakes. This is done in 0D, so as completely mixed systems. In large heterogeneous lakes it makes more sense to model this more spatially (2D). You will buil ...
Supervisor: Jeroen de Klein
Department: Aquatic Ecology and Water Quality Management Group
Application of PCLake+ (deep lakes) to a typical deep lake
PCLake+ is a newly developed version of the lake ecosystem model PCLake. It models deep lakes with stratification. We will build a case study on Rappbode Reservoir (Germany), a deep water body up to 80 meters, to test the perfo ...
Supervisor: Jeroen de Klein / Annette Janssen
Department: Aquatic Ecology and Water Quality Management Group
