Traditionally, groundwater and surface water flow models have been calibrated against two
observation types: hydraulic heads and surface water discharge. It has repeatedly been …

The thermal use of the shallow subsurface is increasingly being promoted and implemented
as one of many promising measures for saving energy. A series of questions arises …

Detecting where and when a contaminant entered an aquifer from observations
downgradient of the source is a difficult task; this identification becomes more challenging …

This text combines the science and engineering of hydrogeology in an accessible,
innovative style. As well as providing physical descriptions and characterisations of …

We show how fully distributed space‐time measurements with Fiber‐Optic Distributed
Temperature Sensing (FO‐DTS) can be used to investigate groundwater flow and heat …

When a contaminant is detected in a drinking well, source location, initial contaminant
release time, and initial contaminant concentration are, in many cases, unknown; the …

Anthropogenic activities, especially dam operations, often induce larger and more frequent
stage fluctuations than those occurring in natural rivers. However, long‐term impacts of such …

Using heat as an active tracer for aquifer characterization is a topic of increasing interest. In
this study, we investigate the potential of using heat tracer tests for characterization of a …

Understanding a contaminant source may help in a better management and risk assessment
of a polluted aquifer. However, contaminant source information may not be available when a …

Proper identification of groundwater contaminant sources is vital to assess groundwater
contamination. However, the majority of previous studies focuses on point source …