|
Research projects:
- Modeling of the biogeochemical cycling in Lake Superior.
Reaction-transport modeling of sediment processes. Coupling of the
sediment model to a hydrodynamic model (UROP, M.Sc., Ph.D.).
- Nutrient dynamics in aquatic bodies. Phosphorus releases from lake sediments, their predictions
and long-term management. A comprehensive look at the P cycling in lake
sediments using modeling and field studies, with the objective of
developing decision-support approaches (M.Sc., UROP).
- Methane bubbles and fluxes in lake sediments (UROP, M.Sc.).
- Limitation of microbial methabolisms by diffusion in porous media. (M.Sc.)
- Hydrodynamic modeling of a tropical Lake Matano, Indonesia using the Elcom model (UROP).
- Thermodynamic approach to sediment geochemistry.
Predictions of sediment characteristics, such as the depth of oxygen
penetration, from first principles.
- Suggest your own topic and make me interested!
|