This article was published on February 2, 2018

Lasers reveal massive Mayan city buried for centuries


Lasers reveal massive Mayan city buried for centuries
Rachel Kaser
Story by

Rachel Kaser

Internet Culture Writer

Rachel is a writer and former game critic from Central Texas. She enjoys gaming, writing mystery stories, streaming on Twitch, and horseback Rachel is a writer and former game critic from Central Texas. She enjoys gaming, writing mystery stories, streaming on Twitch, and horseback riding. Check her Twitter for curmudgeonly criticisms.

A team of researchers used scanning technology to reveal some of the secrets of ancient civilization, without having to disturb the surrounding area.

National Geographic revealed this week that a team made major strides in studying the Mayans thanks to laser scanning. A consortium of researchers, working with nonprofit PACUNAM, used Light Detection and Ranging technology (LiDAR) to scan the Maya Biosphere Reserve, a protected forest in Guatemala known for having a large number of Mayan settlements. So far, they’ve discovered over 60,000 hidden structures underneath the forest canopy.

The LiDAR reveals several previously hidden structures, as well as a network of highways connecting cities — a cosmopolitan level archaeologists could only speculate the civilization had risen to, before now. They also found complex farming and irrigation systems, and defensive structures which imply extensive militarization.

So far, the project has mapped more than 800 square miles of the reserve, and, according the Tulane University’s Francisco Estrada-Belli, the data could take years to fully understand. Estrada-Belli told National Geographic, “LiDAR is revolutionizing archaeology the way the Hubble Space Telescope revolutionized astronomy.”

By the time the project ends, the team will have scanned 5,000 miles of Mayan territory, all without having to break out a shovel. These forms of tech can go a long way towards finding new archaeological insights while not disturbing the terrain.