Part I: GIScience and Geostatistical Techniques 1. Principles of GIScience and Geostatistics 2. Spatial variability, semivariogram and kriging 3. Geostatistical Simulation and Groundwater 4. Groundwater and Internet of Things (IoT) 5. Groundwater Modeling with Machine Learning Techniques 6. Soft computing and Groundwater 7. GeoComputation and Groundwater 8. GIScience Application for Groundwater Resources Management and Decision Support
Part II: Geospatial Mapping, Monitoring, and Modelling of Groundwater Resources 9. Field-based monitoring of groundwater 10. Satellite-based monitoring of groundwater resources 11. GIS-based estimates of groundwater 12. Spatial Prediction of Arsenic Contamination and its impact on plant and human 13. Geovisualization of Fluoride Contamination and its impact on plant and human 14. Spatial Variability of Heavy metal Contamination and its impact on plant and human 15. Groundwater Contamination related to Seawater Intrusion 16. Groundwater quality in relation with urbanization 17. Groundwater contaminations and climate change
Part III: Application of Geospatial Techniques for Sustainable Groundwater Development 18. Groundwater development through watershed management 19. River basin management 20. Agricultural water management 21. Propagation and spatial distribution of drought in a groundwater catchment 22. Communality based peoples' participation in groundwater management 23. Groundwater irrigation: trends and regional imbalances 24. Groundwater prediction using artificial neural networks 25. Open source data and software for groundwater management 26. Recent trends in groundwater resources management and land use planning