• 1. Water quality: control and prevention of pollution.


• 2. Hydrodynamic and hydrogeochemical analysis of aquifer systems.


• 3. Underground water resources.


• 4. Karstic Hydrogeology


• 5. Hydrology of Wet Zones and Natural Protected Sites


• 6. Microbiology and environmental techniques


• 7. Effects of xenobiotics on the microbiota of aquatic systems.


• 8. Bioremediation


• 9. Reusing waste


• 10. Biodiversity and population dynamics in biofilm systems


• 11. Water treatment using membrane technologies


• 12. Water treatment technologies: Application of biofilms in submerged filters


• 13. Water purification with ultrafiltration membranes


• 14. Operation of pelagic trophic networks: interaction between chemical (nutrients) and energy (light) resources.


• 15. Microbial ecology

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16. Physical and computational limnology.


• 17. Recovery of eutrophic ecosystems.


• 18. Biogeochemistry of lakes and reservoirs.


* 19. Prediction of contamination in natural and artificial water masses.


• 20. Prediction of contamination in aquatic interfaces.

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21. Interface dynamics 


• 22. Alternative energies from water: design and exploitation.


• 23. Taxonomy and ecology of bacteria, algae and animals.


• 24. Taxonomic and functional biodiversity of aquatic systems.


• 25. Global change and stress factors. Impact of aerosols and ultraviolet radiation and rising temperatures.

• 26. Acidification under Global Climate Change Scenarios: Ecosystem Impacts and Socioeconomic Consequences.


• 27. Ecological status and vulnerability of aquatic ecosystems to climate change: functional indicators and adaptive responses to stress (temperature, UV radiation and nutrients


• 28. Water quality and pollution in distribution networks and sewer systems.


• 29. Analytical methodology of organic pollutants in waters.