Integrating stratigraphy, hydrochemistry and isotope data to characterize the groundwater system of Rome (Italy)

Key Points

• The groundwater system of Rome is characterized using stratigraphy, hydrochemistry, and isotope data, revealing complex interactions.
• Key findings show that the isotopic composition varies significantly, with specific ratios indicating different water sources.
• Assessment combining stratigraphy, hydrochemistry, and isotope data provides comprehensive insights into hydrological behavior.
• Highlights the need for adaptive management strategies to sustain groundwater resources in urban environments.