Case Study of a Korean Archaeological Survey using LiDAR
International Journal of Korean History. 2023;28(1):99-142 
LiDAR-guided Archaeological Survey of a Mediterranean Landscape: Lessons from the Ancient Greek Polis of Kolophon (Ionia, Western Anatolia)
Archaeological Prospection. 2017;24(4):311-333
Lidar-Derived Road Profiles: A Case Study Using Chaco Roads from the US Southwest – ERRATUM
Advances in Archaeological Practice. 2023;1-1
Lidar-Derived Road Profiles
Advances in Archaeological Practice. 2023;11(2):184-197
Reconstruction of archaeological contexts through the integrated use of airborne LiDAR and geophysical survey: The case study of San Pietro Infine (Caserta, southern Italy)
Journal of Archaeological Science: Reports. 2023;49:104013
LiDAR as a tool for archaeological research: a case study
Archaeological and Anthropological Sciences. 2014;6(4):411-423
New opportunities for archaeological research in the Greater Ghingan Range, China: Application of UAV LiDAR in the archaeological survey of the Shenshan Mountain
Journal of Archaeological Science: Reports. 2023;51:104182
A methodological approach to identify Roman roads using LiDAR sensing technology and aerial orthoimages. The case of viae XIX and XX (NW Iberia)
Journal of Archaeological Science: Reports. 2022;45:103612
Exploring archaeological landscapes using drone-acquired lidar: Case studies from Hawai’i, Colorado, and New Hampshire, USA
Journal of Archaeological Science: Reports. 2021;39:103133
Possibilities of Using LiDAR Systems in Architectural and Archaeological Research in the National Archaeological Park of Machu Picchu
Machu Picchu in Context. 2022;301-328