Ground Penetrating Radar (GPR)
Methodology
Ground Penetrating Radar (GPR) is a powerful non-destructive geophysical survey method that uses high-frequency electromagnetic waves to create detailed images of the subsurface. By transmitting radar pulses into the ground and analyzing the reflections from different materials, GPR can accurately detect changes in soil, rock, and buried structures. This subsurface imaging technology is fast, efficient, and non-invasive, making it an ideal solution for projects where excavation is costly, disruptive, or impossible.
Applications
The versatility of GPR allows it to be applied across multiple sectors. In archaeology, it helps map ancient sites without disturbing cultural heritage; in civil engineering, it is used for utility detection, concrete inspection, and road or bridge assessment; in environmental studies, it supports groundwater mapping, void detection, and contamination surveys. With advanced antennas and data processing, modern GPR delivers precise results that support accurate decision-making in geophysical surveys. At Geomorph Imaging, we provide professional GPR services tailored to each project’s requirements, ensuring reliable, high-quality data for research, construction, and environmental applications.
GPR
✓ Non Destructive
✓ Quick & Accurate
✓ Multiple Applications
ElectroMagnetics (EM)
Electromagnetic (EM) methods are a reliable and non-invasive geophysical technique used to measure variations in the electrical conductivity and magnetic properties of the subsurface. By transmitting controlled electromagnetic fields and recording the ground’s response, EM surveys can quickly identify features such as buried metallic objects, geological structures, groundwater, and contamination zones. This makes EM technology an essential tool for environmental studies, mineral exploration, engineering investigations, and unexploded ordnance (UXO) detection.
At Geomorph Imaging, we promote and apply advanced EM instruments from Geophex, a leader in electromagnetic survey technology. Geophex EM systems are lightweight, robust, and designed for high-resolution mapping, offering unmatched accuracy in both shallow and deep investigations. Whether for environmental monitoring, infrastructure projects, or archaeological surveys, Geophex EM solutions provide dependable results that help professionals make informed decisions while saving time and resources.
✓ fast and adaptable
✓ Extensive Range of applications
✓ Boosts Efficiency
Magnetics (Mag)
Magnetometer surveys are a proven geophysical method for detecting variations in the Earth’s magnetic field caused by buried objects, geological structures, or archaeological remains. By measuring subtle magnetic anomalies, magnetometers can accurately locate features such as pipelines, UXO (unexploded ordnance), mineral deposits, and ancient foundations. This fast, non-invasive technique is widely applied in archaeology, environmental studies, mineral exploration, and engineering projects, providing high-resolution results that guide reliable decision-making.
At Geomorph Imaging, we partner with GEM Systems, a global leader in magnetometer technology. GEM Systems instruments are recognized for their sensitivity, stability, and ease of use, delivering superior performance in both ground-based and airborne surveys. From archaeological prospection to mineral exploration, GEM magnetometers ensure precise, dependable results for professionals who require accuracy in challenging environments. Together with GEM Systems, we bring advanced magnetometer solutions to researchers, engineers, and environmental specialists worldwide.
