Radar is a useful tool with familiar uses such as detecting aircraft and observing weather. It also has some less known applications, such as a technology known as ground-penetrating radar (GPR).

GPR works by sending a tiny pulse of energy into a material and recording the strength and the time required for the return of any reflected signal Advancing technology is helping National Park ...

We offer state-of-the-art capabilities in subsurface (ice/soil) RADAR measurements in a man-portable, multi-static, FM-CW testbed systems. We test different GPR designs for ice penetration and ...

One of the most interesting is [Glenn Powers]’ Open Ground Penetrating Radar. It’s exactly what the title says: an open-source radar system that can see into the Earth for less than $500.

Architects used ground penetrating radar (GPR) during the preliminary planning process for an expansion to a historic church in Hollis, N.H. Using GPR early in the planning process helped to ...

Antennas used with ground penetrating radar (GPR) come in different shapes and sizes. The largest antennas typically radiate the lower frequencies necessary to detect the deepest targets.

The technical challenges and outcomes of ground-penetrating radar: a site specific example from Joggins, Nova Scotia. Kelly, T.B. 2014. Reservoir performance and architecture of a fluvial meanderbelt ...