by Matthew Hart
Jun 10 2020 5:24 PM
Archaeologists from Englands University of Cambridge and Belgiums Ghent University have mapped an entire ancient Roman town without lifting a shovel. The archaeologists were able to fully map the lost town thanks to advanced radar technology. It allowed them to image the ground at different depths. The technology has so much potential. Archaeologists say it could fundamentally change the way buried urban sites are studied.

Gizmodo UK picked up on the ancient-town mapping, the structures of which are shown in the above image. The journal Antiquity outlined the news in a recent paper. According to the studys authors, including University of Cambridge Professor Martin Millett, Ghent University post-doctoral fellow Lieven Verdonck, et al., archaeologists uncovered this ancient Roman town using advanced ground penetrating radar or GPR.
GPR is defined as a nondestructive method of exploring geophysical formations. It utilizes radar signals produced in the microwave band of the electromagnetic spectrum to make discoveries. In other words, GPR deviceslike the commercial unit described in this videoping the ground with ultra high frequency and very high frequency radio waves to detect buried objects. When the radio waves hit objects and bounce back to their source, they map said objects.

The ancient Roman town is known as Falerii Novi. It sits roughly 30 miles north of the current day Rome. The ancient, walled city, occupied from roughly 241 BCE to 700 CE, is still partially above ground. However, this is the first time weve seen its unearthed portions. Or at least imaged.
According to a University of Cambridge news release, the archaeologists discovered a bath complex, market, temple, [and] a public monument unlike anything seen before, beneath the above-ground portion of Falerii Novi. The team even managed to map the towns sprawling network of water pipes. Additionally, the archaeologists can now study how the town changed over the course of hundreds of years thanks to GPRs ability to map different depths of subsurface terrain.
More:
https://nerdist.com/article/archaeologists-discover-ancient-roman-town-no-excavation/