The complexity of karst groundwater flow modelling is reflected by the amount of simulation
approaches. The goal of the Karst Modelling Challenge (KMC) is comparing different …

The potential of karst aquifers as a drinking water resource is substantial because of their
large storage capacity gained in the course of carbonate dissolution. Carbonate dissolution …

Accurate modeling of variably saturated flow (VSF) in fractured porous media with the
discrete fracture-matrix (DFM) model is a computationally challenging problem. The …

Understanding the physics of nitrate contamination in surface and subsurface water is vital
for mitigating downstream water quality impairment. Though high frequency sensor data …

Karst aquifers are globally prized freshwater sources, posing a significant preservation
challenge. These aquifers typically exhibit dual or even triple porosities, encompassing …

Karst groundwater represents a source of freshwater for a quarter of the world's population.
Modeling the hydrological behavior of karst aquifers while accounting for the spatial …

Electrical conductivity (EC) of karst spring discharge has always been a fundamental
variable to characterize karst systems. However, to incorporate EC into the lumped …

Using the reservoir model theory, this study developed an equation for the relationship
between the transfer and recession coefficients under a matrix-restrained flow regime …

Vadose zone has been proven as an essential buffer zone for aquifer recharge. However,
most previous researches associated with vadose zone influence of groundwater recharge …

Introducing additional information sources, such as hydrochemical signatures and water
isotopes, into the model calibration has shown to be useful to enhance model robustness by …