Water Quality Hazards and Dispersion of Pollutants

- Mixing of solutes within meandering channels.
- Water quality protection in European rivers: Relevance of physical mixing and transport processes.
- Models of hyporheic contamination by non reactive solutes, metals and colloids.
- Modeling the fate of pollutants into rivers with the use of commercial codes.
- On the theoretical prediction of longitudinal dispersion coefficients in a compound channel.
- Travel time approach to solute transport in watersheds.
- On the initiation of large scale coherent motion in shallow mixing layers.
- Evaluation of the observed persistence of the skewness of concentration distributions, measured in the River Rhine and its tributaries.
- Moments and analytical solutions of coupled equations describing transport of pollutants in rivers.
- Three-dimensional model of flow and mixing processes in open channels.
- Influence of groin fields on riverine transport processes of dissolved material from accidental spills.
- Three-dimensional model of flow and mixing processes in open channels.
- Migration of solid particles at water surface in a compound channel.