Springs sustain groundwater-dependent ecosystems and provide freshwater for human use.
Springs often occur because faults modify groundwater flow pathways leading to discharge …

Although numerical and non-numerical models of groundwater flow and transport have
separately been reviewed in several studies, they have not hitherto been reviewed …

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 …

We present a discussion of the state-of-the art on modelling geometrical characteristics,
hydrogeological behavior and geochemical evolution of karst aquifers of meteoric origin …

Tunnel water inrush is one of the most common engineering problems during tunnel
construction and operation, especially in karst aquifers. Among them, tunnel face drilling …

Breakthrough curves (BTCs) are known as adequate evidence to characterize karst aquifers
which mainly specified by dual flow systems (matrix and conduit) as well as some degree of …

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 …

Calibrating physically based hydrological models manually is time-consuming and
challenging. Automatic calibration tools have become prevalent in these models; however …

Identification and location of contamination sources is crucial for water resource protection—
especially in karst aquifers which provide 25% of the world´ s population with water but are …

Anisotropic fast-marching algorithms are computationally efficient tools for generating
realistic maps of karst conduit networks, constrained by both the spatial extent and the …