Archaeology student accidentally discovers Mayan city using laser scan data

An accidental discovery by an archaeology student has brought to light a previously unknown Mayan city. Luke Auld-Thomas stumbled upon the ancient settlement while examining data collected through a laser-based remote sensing technology.

The technology, known as LiDAR (Light Detection and Ranging), was employed by a Mexican environmental monitoring organization. LiDAR uses pulsed laser light to measure distances, creating detailed 3D maps of the terrain. This method is particularly effective in penetrating dense forest canopies, revealing structures and features hidden beneath the vegetation that would otherwise be invisible from the ground or traditional aerial surveys.

Auld-Thomas was reportedly analyzing the LiDAR data for his studies when he identified anomalies that suggested the presence of significant man-made structures. Further examination of the data confirmed his suspicion, leading to the identification of a Mayan city. The discovery underscores the power of advanced technologies in archaeological research, enabling researchers to uncover hidden historical sites with greater efficiency and accuracy.

This finding highlights the vastness of the Mayan civilization and the potential for further discoveries within the Yucatán Peninsula and surrounding regions. It also emphasizes the importance of interdisciplinary collaboration, as environmental monitoring projects can yield invaluable archaeological insights.