- General structure of the developed software.
- General structure of the software developed including health effects.
- Submodules and data flow.
- Simple model for the distribution of a pollutant in an animal.
- Simple model for the distribution of a pollutant in several types of animals.
- Simple age class model with four different age classes.
- Translating the origin of the pollutant source results in a translation of the pollutant cloud.
- An overview of the modeled region and it's surroundings.
- The modeled region.
- Population distribution on the computational grid as seen from the southwest.
- Population distribution on the computational grid as seen from the north east.
- Voronoi diagram of 84 surface air stations used.
- Voronoi diagram of the twelve upper air stations used.
- Chemokinetic model used in the case study.
- Cytodynamic model used in the case study.
- The feasible locational region.
- Some approximated level curves of the effect function for the starting configuration.
- The effect function for the starting configuration.
- Iterations in the locational domain.
- Iteration versus function values.
- Step sizes chosen by the optimization routine.
- The effect function for the final configuration.
- Some approximated level curves of the effect function for the final configuration.
- Time-dependent pollutant mass in different compartments at Paris for the starting configuration and the final configuration .
- Time-dependent pollutant mass in different compartments at Reims for the starting configuration and the final configuration .
- Time-dependent pollutant mass in different compartments at Metz for the starting configuration and the final configuration .
- Time-dependent pollutant mass in different compartments at Düsseldorf for the starting configuration and the final configuration .
- Time-dependent pollutant mass in different compartments at Brussel for the starting configuration and the final configuration .

Wed Dec 22 12:25:31 CET 1999