The use of topographic airborne LiDAR data has become an essential part of archaeological
prospection. However, as a step towards theoretically aware, impactful, and reproducible …

Identifying bare-earth or ground returns within point cloud data is a crucially important
process for archaeologists who use airborne LiDAR data, yet there has thus far been very …

The management of plantation forests using precision forestry requires advanced inventory
methods. Unmanned aerial vehicle laser scanning (ULS) offers a cost-effective approach to …

During forest operations, canopy removal results in the soil surface being vulnerable to
deformation, negatively impacting soil fertility and water quality. This study utilized …

Owing to the recent proliferation of inventory works on roads and railways, bridge
acceptance tests have increased exponentially. These tests' results are often misinterpreted …

Map** activities for the implementation of basic and executive projects for electric power
transmission lines systematically involves topographic surveys. This study presents the …

The appearance of unmanned aerial vehicle photogrammetry and airborne lidar makes it
possible to obtain measurement data for complex terrains such as gullies and mountainous …

Forest regions are still considered as complex environments for measuring terrain
information by aerial surveys. Tree canopies occluded most of the ground surface and limit …

The conditional random field is a suitable framework for contextual classification of two-
dimensional (images) and three-dimensional (point clouds) data. This framework is based …

RESUMO Estudos com o LiDAR (Light Detection and Ranging) têm revelado precisão
satisfatória nas medições da estrutura de árvores, o que tem contribuído para a …