Landslides pose significant risks to communities and infrastructure, and mitigating these
risks relies on understanding landslide causes and triggering processes. It has been shown …

Measurement sensors permanently installed on landslides will inevitably change their
position over time due to mass movements. To interpret and correct the recorded data, these …

Wetlands provide crucial habitats, are critical in the global carbon cycle, and act as key
biogeochemical and hydrological buffers. The effectiveness of these services is mainly …

Electrical resistivity tomography (ERT) inversion has emerged as an effective method for
predicting resistivity in complex geological structures. In most cases, traditional ERT …

In an urban environment, the two dominating difficulties of any geophysical measurement
are as follows:(1) the area available for measurements is restricted, therefore, the length of …

An optimal reconstruction of the soil for archeological purposes is mandatory. Dimensions
and depth of buried anthropogenic remains must be identified accurately allowing an easier …

In archaeological applications the accurate reconstruction of buried structures is mandatory.
Electrical resistivity tomography is widely used for this purpose. Nevertheless, resistivity …

Two-dimensional electrical resistivity tomography (2-D ERT) is one of the most common
geophysical tools employed to satisfy the ever-growing need for obtaining subsurface …

The different arrangements of electrodes used in geoelectrical resistivity surveys and
measurements are referred to as electrode arrays. In this review, we have revisited most of …

The paper describes research in geomagnetism and aeronomy carried out in the framework
of a project organized by the Geodetic and Geophysical Research Institute of the Hungarian …