Table of Contents
| 1. Professor Jerzy Gazdzicki a prominent scientist and educator | ||
| Marek Baranowski, Ewa Musiał | 7-14 | |
| 2. Themes of GI science and technology | ||
| Jerzy Gaździcki | 15-27 | |
| 3. Geovisualisation methods | ||
| Marek Baranowski | 29-34 | |
| 4. Conceptual modelling using the UML for real estate valuation | ||
| Ewa Dębińska | 35-42 | |
| 5. Modelling of geographical reality in the spatial information systems | ||
| Konrad Eckes | 43-73 | |
| 6. An extension of GIS information contents using an expert system | ||
| Konrad Eckes | 75-80 | |
| 7. Building the georeference data infrastructure for Mazowieckie Voivodeship | ||
| Krzysztof Mączewski, Ewa Janczar | 81-92 | |
| 8. The analysis of present technical standards with regard to future management of georeference data in Poland | ||
| Piotr Pachół, Jerzy Zieliński | 93-104 | |
| 9. The concept of a homogeneous georeference data model as a basis for Public Spatial Data Register in Poland | ||
| Piotr Pachół, Jerzy Zieliński | 105-125 | |
| 10. The implementation of GIS and remote sensing to analysis of shrub succesion in the Narew National Park | ||
| Paweł Próchnicki | 127-134 | |
| 11. Examples of applying data from soil-agricultural map using geographic information systems | ||
| Janina Rudowicz-Nawrocka | 135-138 | |
| 12. Remotely sensed analysis on succession of common white birch (Betula pubescens Ehrh.) in Thingvellir National Park, Iceland | ||
| Paweł Strzeliński, Agata Wencel | 139-145 | |
| 13. Spatial-temporal methods in the climatological research (based on the example of Poland) | ||
| Zbigniew Ustrnul, Danuta Czekierda | 147-156 | |