Background Better knowledge of the epidemiological characteristics of snakebites could
help to take measures to improve their management. The incidence and mortality of …

A geophysical approach is presented for analyzing processes of subsurface salt dissolution
and associated sinkhole hazard along the Dead Sea. The implemented methods include …

Ground subsidence and sinkhole collapse are phenomena affecting regions of karst
geology worldwide. The rapid development of such phenomena around the Dead Sea in the …

This work presents the electrical resistivity imaging of the Hydrogeological Experimental Site
(HES) karst aquifer of Poitiers (France) from pseudo three-dimensional (3-D) Electrical …

Karst groundwater systems are characterized by the presence of multiple porosity types. Of
these, subsurface conduits that facilitate concentrated, heterogeneous flow are challenging …

Prediction of groundwater resources potential is a spatial decision problem that involves a
set of multiple evaluation parameters. In order to produce a groundwater resources potential …

This work deals with the tectonic interpretation of an alignment of more than 300 sinkholes
stretching along the Jordanian coast of the Dead Sea, Ghor Al Haditha area. Its dimensions …

It seems the highly saline conditions of the Dead Sea (DS) coast line are not favorable for
the use of Ground Penetrating Radar (GPR) method for detection of underground caverns …

Since the early 80s, a progressively increasing number of sinkholes appeared along the
Dead Sea coastal line. It has been found that their appearance is strongly correlating with …

Geophysical methods—seismic refraction (SRFR), electrical resistivity tomography (ERT),
and microgravity—were applied to the Dead Sea (DS) sinkhole problem in the Ein Gedi area …