Abstract Study region The Milan metropolitan area lies on one of the most important aquifer
in Italy, heavily exploited for public and industrial water supply. The area, covering 3135 km …

When modeling groundwater systems in Quaternary formations, one of the first steps is to
construct a geological and petrophysical model. This is often cumbersome because it …

Soil properties show high heterogeneity at different spatial scales and their correct
characterization remains a crucial challenge over large areas. The aim of the study is to …

Mathematical groundwater modelling with homogeneous permeability zones has been used
for decades to manage water resources in the Almonte-Marismas aquifer (southwest Spain) …

A large borehole lithology dataset from the shallowly buried alluvial aquifer of the Brenta
River Megafan (NE Italy) is used in this paper to model hydrofacies with three classical …

Spatial heterogeneity is a critical issue in the management of water resources. However,
most studies do not consider uncertainty at different levels in the conceptualization of the …

Stream–aquifer interaction plays a vital role in the water cycle, and a proper study of this
interaction is needed for understanding groundwater recharge, contaminants migration, and …

This paper presents a novel perspective for modelling alluvial stratigraphy. It integrates the
spatial geological information, geological maps and well-log descriptions, with the rules …

Hydraulic conductivity (K) is a crucial parameter in hydrogeology but is highly
heterogeneous and anisotropic due to variations in sediment texture, making its large-scale …

There are complexity elements to consider when applying subsurface flow and transport
models to support environmental analyses. Modelers balance the benefits and costs of …