Resistivity and induced polarization methods are used for a wide range of near-surface
applications, including hydrogeology, civil engineering and archaeology, as well as …

A methodology to characterize the main hydro-geothermal parameters of saturated and
unsaturated ground layers, such as intrinsic thermal conductivity, volumetric heat capacity …

At the Ketzin pilot site, a permanent downhole electrode array has been utilized as part of
the multi-disciplinary monitoring concept during all phases of the CO 2 storage project. After …

Between the years 2008 and 2013, approximately 67 kilotons of CO2 have been injected at
the Ketzin site, Germany. As part of the geophysical monitoring programme, time‐lapse …

Geophysical monitoring activities were an important component of the CO 2 injection
program at the Ketzin site, Germany. Here we report on the seismic and electrical resistivity …

Quantitative estimation of subsurface water and ice content values is critical for the
understanding and modeling of permafrost evolution in alpine regions. Geophysical …

Electrical resistivity tomography (ERT) is increasingly being used to investigate unstable
slopes and monitor the hydrogeological processes within. But movement of electrodes or …

The paper describes a new experimental deep electrical resistivity acquisition (down to
1600 m) for exploring deep and shallow geothermal systems. The test site is located in the …

Electrical resistivity tomography is a technique widely used for the investigation of the
structure and fluid dynamics of the shallow subsurface, particularly for hydro‐geophysical …

Hydrogeophysics is increasingly used to understand groundwater flow and contaminant
transport, essential basis for groundwater resources forecast, management, and …