In this paper we provide a description of airborne mapping LiDAR, also known as airborne
laser scanning (ALS), technology and its workflow from mission planning to final data …

The successful analysis of LiDAR data for archaeological research requires an evaluation of
effects of different vegetation types and the use of adequate visualization techniques for the …

This paper proposes elevation models to promote, evaluate, and compare various terrain
representation techniques. Our goal is to increase the reproducibility of terrain rendering …

Disaster damage assessments are a critical component to response and recovery
operations. In recent years, the field of remote sensing has seen innovations in automated …

While satellite-based remote sensing techniques are often used for studying and visualizing
the heat distribution in cities, they are limited in terms of spatial resolution, view bias, and …

For the past decade, archaeologists have been using LiDAR or Airborne Laser Scanning
(ALS)-based methods to uncover trace signatures of human civilization in the landscape. A …

The selection of appropriative geomedia attributes for constructing natural and suggestive
perspective visualizations of historical non-cartometric manuscript topographic works is …

Navigating, and studying spatial navigation, is difficult enough in two dimensions when
maps and terrains are flat. Here we consider the capacity for human spatial navigation on …

Airborne laser scanning (ALS) has recently been identified as a potential tool in topographic
mapping for archaeological prospection. However, most existing applications in this field …

Abstract The Santa Barbara Sense of Direction scale (SBSOD) has been an invaluable
research tool for over 15 years. Previous studies with non-US populations, despite …