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In bad soil conditions or heavy rainfall, the ground is wet and soggy with the dielectric value at very high levels, making GPR investigations more challenging. See how stepped frequency continuous wave technology achieves the perfect mix of both penetration depth and resolution, even in these...
For this project, a team of engineers needed to detect subsurface non-metallic pipes and underground stratification on a section of highway in China, to ensure safety of the pipeline during construction. See the results and how it was...
This case study looks in detail at research being conducted at Youngstown State University (YSU), using ground penetrating radar (GPR) to locate clandestine graves. The project aims to improve the understanding of human decomposition and to train law enforcement on the use of geophysics in...
To avoid any potential threats to the environment or future building, CSGeo was tasked with scanning old mineral mines in Austria for more information. See how they did it and the fascinating...
Fort Visalia, built in 1852, was considered the birthplace of Visalia city in California, however the exact location of the fort structure was never confirmed. See how the team at ASM Affiliates used subsurface mapping GPR to reveal the remains of Fort Visalia at The Old...
Geophysical company, His Earth Co. Ltd, needed to confirm the distribution, depth and exact location of the underground Majang lava cave to protect the site before land development. See the details and results of this unique GPR survey on Jeju...
Locating the exact positions of subsurface gas, sewage and water utilities at different depths can be a challenge. See how GPR synchronized with the GNSS (Global Satellite Navigation System), allowed us to precisely map subsurface utilities made from various materials and located at different...