Complex structures in fractures and the rock matrix, which are difficult to map exhaustively at
the local scale, can dominate contaminant transport in fractured aquifers. An upscaled …

岩溶管道与裂隙介质间的溶质交换是岩溶地下水溶质运移过程中一种常见的现象,
其对岩溶水系统中污染物的运移过程具有关键控制作用. 我国南方岩溶区管道与裂隙介质间的 …

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

Hydraulic tomography (HT) is a well-established approach to yield the spatial distribution of
hydraulic conductivity of an aquifer. This work explores the potential of HT for the …

We investigated the applicability of Silica encapsulated, superparamagnetic DNA particles
(SiDNAmag) in determining aquifer hydraulic parameters at different ionic strengths (1 mM …

The contaminant transport processes in karst water systems have a direct impact on the
quality and utilization of karst water resources. The storage and release of contaminants or …

In this paper, a hybrid model is developed to simulate solute transport in discrete fracture
networks (DFNs) considering mass exchange between the fracture and the surrounding …

Field‐based learning in hydrogeology enables students to develop their understanding and
application of practical methodologies, and to enhance many of the generic skills (eg …

The tailing of breakthrough curves (BTCs) commonly observed in the field is often
associated with the existence of pools in karst conduits. The transient storage model was …

Groundwater in karst systems is a vital resource, which is often highly vulnerable to
contaminants that infiltrate through the vadose zone. Understanding the processes of water …