SHORT ABSTRACT

Water is a prerequisite for all life on Earth. On a global scale, clean water for human consumption and crop rrigation ranks amongst the greatest societal challenges. Water management requires addressing the challenges of (amongst others) developing reliable and cost-efficient methods for mapping water resources and for predicting the spatio-temporal dynamics of hydrogeochemical processes. These challenges are exacerbated by the changing climate that will result in, among other things, increases in drought periods and sudden floods. Hydrogeophysics and hydrology are the key methods for addressing these challenges thanks to their ability to map and monitor the subsurface and to measure, model and predict groundwater flow.

SHORT BIOGRAPHY

Gianluca Fiandaca is Associate Professor in Hydrogeophysics at the Department of Geoscience of the Aarhus University (Denmark). He has key expertise in electric and electromagnetic methods and integration with hydrological data for improved mapping of groundwater resources, development of geophysical processing and inversion algorithms and geophysical characterization of contaminated sites, landfills and leachate plumes.