Aerial light detection and ranging (lidar) has emerged as a powerful technology for map**
urban archaeological landscapes, especially where dense vegetation obscures site …

The study and map** of evidences of soil pi** using non-destructive techniques is a key
issue in quantitative geomorphology. This paper attempts to combine Aerial map** …

Erosion with the subsequent loss of soil and soil fertility is one of the urgent environmental
problems worldwide. On grassland slopes from the montane to the alpine elevation zones of …

Multi‐temporal digital terrain models (DTMs) derived from airborne or uncrewed aerial
vehicle (UAV)‐borne light detection and ranging (LiDAR) platforms are frequently used tools …

This paper introduces methods for monitoring rock slope movements in Alpine environments
based on terrestrial images. The first method is a photogrammtric point cloud-based …

Determination of the amount (ie, area and volume) of soil losses due to erosional landforms,
especially collapsed pipes, plays a considerable role in different decision-making …

Uncrewed aircraft systems (UASs) with integrated light detection and ranging (lidar)
technology are becoming an increasingly popular and efficient remote sensing method for …

An efficient alternative to labour-intensive terrestrial and costly airborne surveys is the use of
small, inexpensive Unmanned Aerial Vehicles (UAVs) or Remotely Piloted Aerial Systems …

Soil is a complex entity of organic and inorganic materials produced from rock protolith,
plays a prime role in the carbon cycle, and is surveyed to be the largest carbon reservoir …

Both complex, slow-moving landslides and soil erosion depict the challenge that small
process rates and changes in surface height can occur—yet over a larger area and …