Natural aquifers usually exhibit complex physical and chemical heterogeneities, which are
key factors complicating kinetic processes, such as contaminant transport and …

Dense nonaqueous phase liquid (DNAPL) in the subsurface environment beyond the
permissible limit poses a threat to human health and a suite of ecological services. An …

Managed aquifer recharge (MAR) has been applied for groundwater restoration as an
effective strategy in many overdraft regions. In Jinan, China, MAR through river infiltration …

Growing demands on water supply worldwide have resulted in aquifer overdraft in many
regions, especially in alluvial basins under intensive irrigation. This further leads to serious …

Global food systems rely on irrigated agriculture, and most of these systems in turn depend
on fresh sources of groundwater. In this study, we demonstrate that groundwater …

Natural aquifers can contain multiscale medium heterogeneity, whose joint impact on solute
transport, however, remains obscure. To fill this knowledge gap, this study selected an …

Numerical models of variable‐density groundwater flow and salt transport are a primary tool
for predicting salinity distributions in coastal aquifers and estimating submarine groundwater …

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 …

Dissolved-phase contaminants experiencing enhanced diffusion (ie,“super-diffusion”) with a
pronounced leading plume edge can pose risk for groundwater quality. The drivers for …

The long‐term evaluation of regional‐scale groundwater quality needs efficient upscaling
methods for transient flow. Upscaling techniques, such as the Multirate Mass Transfer …