Archaeologists often rely on passive airborne optical remote sensing to deliver some of the
core data for (European) landscape archaeology projects. Despite the many technological …

Airborne lidar (light detection and ranging), which produces three-dimensional models of
ground surfaces under the forest canopy, has become an important tool in archaeological …

Abstract High resolution airborne Light Detection and Ranging (LiDAR) has become a
commonly used resource on a global scale to study landscapes and associated cultural …

LiDAR—like photography and other visual technologies—not only produces pictures but
extends our power to detect, record, and imagine landscapes. It allows very precise three …

This article describes what appears to be the first archaeological application of airborne
LiDAR survey to historic-era landscapes in the Caribbean archipelago, on the island of …

High-resolution digital elevation models, often derived from airborne lidar, are rapidly
gaining importance in both archaeology and geomorphology, in particular where these two …

The cessation of most human activities resulting from post‐World War II expulsions and
forced displacements in Central Europe triggered massive land cover transformation in …

In 2013, an airborne laser scan survey was conducted in the territory of the Ionian city of
Kolophon near the western coast of modern Turkey as part of an archaeological survey …

Archaeologists around the world have shown that LiDAR has the potential to map a wide
range of architectural features built by humans. The ability to map archaeological sites at a …

Traces of human activity preserved in ground surface relief can be documented using
airborne laser scanning (ALS). Various visualization techniques for ALS-based digital terrain …