1. Fieldwork Equipment
Our research group is equipped with advanced geophysical instruments that support subsurface investigations for geological, hydrogeological, and environmental applications.
* Seismic Survey (24-Channel System)
The seismic refraction and reflection methods are used to determine subsurface layering, rock properties, and depth to bedrock. Using our 24-channel seismic acquisition system, we record travel times of seismic waves generated by a controlled energy source. This data helps in constructing velocity models and imaging subsurface structures.
Applications:
The gravity method measures subtle variations in the Earth's gravitational field caused by density contrasts in subsurface materials. Our portable gravimeter allows high-precision measurements for detecting geological structures, faults, and buried features.
Electrical resistivity methods measure the subsurface's ability to conduct electrical current. Using our multi-electrode resistivity imaging system, we acquire 2D and 3D profiles to map lithological variations, groundwater zones, and contaminant plumes.
2. Data Resources
National and international databases provide geophysical and geological data, as well as national, regional, and global reports concerning subsurface studies, environmental assessment, and natural resource exploration.
Access to major academic databases and journals in geophysics and earth sciences, including Scopus, ScienceDirect, and Geoscience World, supporting advanced research and data analysis.
3. Software and Analytical Tools
ArcGIS and related geophysical data analysis software such as Surfer and Rockworks.
4. TEXtant® System
The University of Jordan has been equipped with a full TEXtant® system, generously donated by Texplor Geontech, representing a major enhancement to the University’s geoscience and geotechnical research infrastructure.
The TEXtant® system is an advanced GNSS-based monitoring network designed for high-precision detection of ground movements, even in remote or challenging environments. It delivers daily data on crustal deformation, fault activity, and related geohazards—supporting ongoing studies in earth dynamics and risk assessment.
Operating through a cloud-based platform, the system facilitates data sharing and collaboration among regional research institutions and authorities, fostering joint analysis and scientific cooperation.
This addition reflects the University of Jordan’s commitment to advancing research, innovation, and resilience, strengthening its role as a regional leader in earth observation and natural hazard monitoring.