This STSM aims to refine and optimize the methodological approach for hydrogeological modeling of the
Venetian-Friulan Plain and northern Adriatic shelf, focusing on computational efficiency and scalability. The
broader research goal is to investigate groundwater dynamics and interactions between coastal aquifers in the
Venetian-Friulian and Po Plains and the northern Adriatic basin by constructing a three-dimensional geological
and groundwater flow model. Onshore, the study area hosts a highly productive yet heavily exploited confined
aquifer system, while offshore, evidence of freshwater-saturated sediments extends for hundreds of meters
beneath the Adriatic shelf.
A preliminary test of the workflow has been successfully conducted on a much smaller area, establishing a
methodological foundation. However, given the significantly larger scale of the new model, a different approach
is required to maximize computational efficiency, processing speed, and model stability. This STSM will focus
on optimizing the workflow through strategies such as parallel computing. The STSM provides an opportunity to
collaborate with Jordan Phethean at the University of Derby, whose expertise in large-scale hydrogeological
modeling will be crucial in addressing these challenges. This research aligns with the objectives of COST Action
WG1, which explores offshore freshwater storage potential, and will contribute valuable insights for
policymakers.
