Concerns over groundwater depletion and ecosystem degradation have led to the
incorporation of the concept of groundwater sustainability as a groundwater policy …

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 …

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 …

Understanding past climatic changes allows us to better understand how our planet will
evolve in the future. One important source of information on paleoclimate is the analysis of …

Due to the duality in terms of (1) the groundwater flow field and (2) the discharge conditions,
flow patterns of karst aquifer systems are complex. Estimated aquifer parameters may differ …

Breakthrough curves (BTCs) from tracer tests are often used for hydrogeological survey and
parameter identification of karst aquifers. However, BTCs often show distinctive behaviors …

Karst aquifers differ from unconsolidated granular aquifers with respect to their groundwater
flow behavior because of the dual-permeability characteristics (discrete conduit network …

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 …

A research version of CFP (Conduit Flow Process) code, CFPv2, is applied with UMT3D to
simulate long term (1966–2018) nitrate-N contamination transport processes in the …

Long-distance seawater intrusion has been widely observed through the subsurface conduit
system in coastal karst aquifers as a source of groundwater contaminant. In this study …