Alberto Tazioli

Alberto Tazioli serves as an Associate Professor in the Department of Materials, Environmental and Urban Engineering Sciences at the Università Politecnica delle Marche (UNIVPM) in Ancona, Italy. His academic specialization falls under GEOS-03/B - Geologia applicata (Applied Geology). Professor Tazioli maintains regular office hours on Tuesdays (11:15-13:00) and Wednesdays (9:30-10:45), with appointments arranged via email or Teams. His contact information includes phone number 071 2204719 and email a.tazioli@staff.univpm.it, with his office located at via Brecce Bianche 12.

Professor Tazioli's research spans multiple domains within hydrogeology and applied geology, with particular expertise in groundwater systems, earthquake-hydrogeology interactions, isotopic hydrology, and karst aquifer characterization. His work integrates field investigations with advanced modeling approaches to understand complex water systems in mountainous regions, particularly in Central Italy. He frequently employs tracer tests, stable isotope analysis, and geomechanical surveys to investigate hydrological processes and their response to seismic events. His publications reveal strong methodological rigor and regional focus on Mediterranean hydrogeological systems.

Analysis of Professor Tazioli's recent publications (2023-2025) reveals a strong focus on understanding how seismic events impact groundwater systems, particularly in the Central Apennines region of Italy. His research combines traditional hydrogeological methods with innovative approaches like UAV-based fracture mapping and machine learning for groundwater level prediction. A recurring theme is the application of isotopic techniques to delineate recharge areas and understand water origin in complex mountain catchments. His work demonstrates increasing sophistication in analytical approaches while maintaining practical applications for water resource management and natural hazard assessment.

Professor Tazioli has made significant contributions to documenting the hydrogeological response to the 2016-2017 Central Italy seismic sequence, particularly regarding how earthquakes alter groundwater flow paths and chemistry. His research on the Montagna dei Fiori carbonate aquifer, Mt. Conero area, and Sibillini Mountains provides valuable insights into Mediterranean karst systems and their vulnerability to seismic activity. His work bridges fundamental hydrogeological science with practical applications for floodplain management, landslide assessment, and water resource sustainability in seismically active regions.