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A Guide to Ground Penetrating Radar for Geophysical Investigations

A Guide to Ground Penetrating Radar for Geophysical Investigations

Ground Penetrating Radar (GPR) represents a significant advancement in technology used to explore the ground without causing damage. High-frequency radio waves are sent into the ground by this electromagnetic geological method. It examines the mirrored signals to...
Echo GPR’s Role in Uncovering the Invisible

Echo GPR’s Role in Uncovering the Invisible

It’s important to know where you stand before you start digging. Whether you are a construction company working on a new site or a homeowner planning to add an extension to your home, it can be crucial to have information on what lies beneath the ground....
Exploring Depths with GPR in Kansas City

Exploring Depths with GPR in Kansas City

All construction projects require proper planning. Before a project can begin, the location of any underground utilities must be identified to avoid costly damages and delays. Echo GPR provides underground utility mapping services in Kansas City using ground...
Bathymetry

Bathymetry

Bathymetry is a non-invasive and non-destructive method of mapping water depth and sediment stratigraphy. This mapping method is commonly used on lakes, rivers, spillways, and other freshwater bodies. At Echo GPR, we use bathymetry tools to improve flood risk...
Locating Underground Storage Tanks

Locating Underground Storage Tanks

Underground storage tanks (UST) can pose a risk when performing construction or digging. They can also be environmental hazards if not identified and addressed. Therefore, before breaking ground in an area, it is critical to investigate the site to ensure there aren’t...
A Guide to Ground Penetrating Radar for Geophysical Investigations

Detecting Voids At Depth and Near Surface

Ground penetrating radar (GPR) technology is a widely accepted method used to detect voids. It is critical to detect voids as soon as possible, prior to any sort of failure. At Echo GPR, we can see these issues at depth and near the surface. Our technology can provide...