Fractional advection–dispersion equations (FADEs) have been widely used in hydrological
research to simulate the anomalous solute transport in surface and subsurface water …

Although nonlinear fracture flow and non‐Fickian transport are common in natural settings,
the mechanisms driving and controlling these intertwined phenomena are seldom …

As typical characteristics of solute transport in the complex flow field, the tailing and the multi-
peaked phenomena of the breakthrough curve (BTC) have been widely studied. Due to a …

Bimodal transport due to dual-mobile advection or mass exchange between mobile and
immobile zones has been widely observed for pollutants moving in heterogeneous media …

Hydrologic heterogeneity may be an important factor contributing to the discrepancy in
laboratory and field measured dissolution rates, but the governing factors influencing …

Contaminant transport in fractured media exhibits complex dynamics, including multiple
peaks in breakthrough curves (BTCs) and non-Fickian diffusion, thereby posing significant …

Tracer tests were conducted as part of decameter-scale in-situ hydraulic stimulation
experiments at the Grimsel Test Site to investigate the hydraulic properties of a stimulated …

Uncertain or indirect “soft” data, such as geologic interpretation, driller's logs, geophysical
logs or imaging, offer potential constraints or “soft conditioning” to stochastic models of …

Natural aquifers are often characterized by multiscale heterogeneity and complex flow
networks, challenging the reliable simulation and prediction of contaminant transport …

Anomalous transport is ubiquitous in a wide range of disordered systems, notably in
fractured porous formations. We quantitatively identify the structural controls on anomalous …