The growing interest in the maintenance of favorable soil structure is largely motivated by its
central role in plant growth, soil ecological functioning, and impacts on surface water and …

Essentially all hydrogeological processes are strongly influenced by the subsurface spatial
heterogeneity and the temporal variation of environmental conditions, hydraulic properties …

The complex conductivity of soils remains poorly known despite the growing importance of
this method in hydrogeophysics. In order to fill this gap of knowledge, we investigate the …

Interactions between groundwater (GW) and surface water (SW) have important implications
for water quantity, water quality, and ecological health. The subsurface region proximal to …

Studying the forest subsurface is a challenge because of its heterogeneous nature and
difficult access. Traditional approaches used by ecologists to characterize the subsurface …

Thorough knowledge of root system functioning is essential to understand the feedback
loops between plants, soil, and climate. In situ characterization of root systems is …

Electrical geophysical methods, including electrical resistivity, time‐domain induced
polarization, and complex resistivity, have become commonly used to image the near …

Compacted bentonite is considered as a potential buffer material for deep geological
disposals of high-level nuclear wastes. Methodologies to non-intrusively monitor the water …

Microbial induced carbonate precipitation (MICP) is a promising soil stabilization method
performed by stimulating soil microbes that are naturally occurring and ubiquitous in soil …

Spectral induced polarization (SIP) has the potential for monitoring reactive processes in the
subsurface. While strong SIP responses have been measured in response to calcite …