Integrating LiDAR Technology in Archaeological Exploration: A Case Study of Lakkundi
GS1
The Karnataka Department of Archaeology has initiated a LiDAR-based survey in Lakkundi to map hidden historical structures, marking a shift toward technology-driven heritage conservation.
The Department of Archaeology, Museums and Heritage in Karnataka, in collaboration with the National Institute of Advanced Studies (NIAS), has launched a Light Detection and Ranging (LiDAR) survey at the historic site of Lakkundi. This initiative represents a significant technological leap in the documentation and preservation of India’s architectural heritage, moving beyond traditional manual excavation methods.
Lakkundi, historically significant for its association with the Kalyani Chalukyas, is renowned for its intricate temple architecture and stepwells. However, many archaeological remnants in the region remain obscured by dense vegetation and soil accumulation, making them difficult to identify through conventional ground surveys. LiDAR technology, which utilizes laser pulses to create high-resolution 3D maps of the terrain, allows researchers to 'see through' canopy cover and surface debris. By generating precise digital elevation models, the survey aims to uncover hidden foundations, structural layouts, and potential archaeological mounds that have remained undocumented for centuries.
Continue reading — free with login
JeetoBharat publishes daily UPSC current affairs mapped to the Mains syllabus. Log in to read full articles.
Log in to read full articleNo credit card required. Free registered users get unlimited access.
This article was curated using AI. While we strive for accuracy, please verify critical facts from official sources.