This contribution illustrates the advantages of integrating conventional geomorphological
methods with InSAR, ground penetrating radar and trenching for sinkhole mapping and …

Infiltration is the process of water entering into, and routings through, the subsurface. It has a
profound impact on water flux in the Earth's Critical Zone (CZ), influencing phenomena such …

There is compelling evidence from aboveground observations that trees considerably affect
precipitation partitioning through the Critical Zone. However, due to the lack of appropriate …

In Segovia Province, Spain, there are numerous carbonate rock outcrops that are affected by
karstification processes, in which there are numerous galleries, caves and sinkholes. This is …

In this study we contrast the results of different geophysical methods in order to describe the
karst system surrounding of the Gruta de las Maravillas cave (Aracena, Spain). A …

This paper describes the application of a comprehensive surface geophysical investigation
of underground karst systems ahead of the tunnel face in the Xiaoheyan section in the main …

In this paper three case histories of ground penetrating radar (GPR) for the monitoring of
historical buildings are presented. They aim to present the specific valence of the GPR in the …

The suitability of the combined microgravity and electrical tomography to detect and
characterize caves deeply buried in limestones is tested. We have selected the buried …

Assessment of the risk arising from near-surface natural hazard is a crucial step in
safeguarding the security of the roads in karst areas. It helps authorities and other related …

Geophysical survey techniques have been successfully applied to near-surface cave
detection in karstic terrains. We used magnetic and electrical resistivity surveys to delineate …