3D Surveying and Cultural Heritage

Tracking animal routes in 3D space through reconstructed habitats from dynamic videos

This paper describes a method to track animal movements in 3D space using photogrammetric habitat models reconstructed from dynamic video footage.

A Reproducible Methodology for High-Resolution 3D and Orthomosaic Mapping in Forested Streams

The paper presents a ground-based photogrammetry method using a GoPro and Agisoft Metashape to create high-resolution 3D models and orthomosaics of forested streams, enabling detailed habitat mapping and monitoring.

Seeing the forest and the trees: a workflow for automatic acquisition of ultra-high resolution drone photos of tropical forest canopies to support botanical and ecological studies

This paper introduces a drone-based workflow and open-source software to capture ultra-high resolution canopy photos for tropical forest studies, enabling accurate taxonomic identification.

Influence of camera type, height and image enhancement on photogrammetry success in turbid marine environments.

This study evaluates how camera type, height, and image enhancement affect SfM photogrammetry accuracy in turbid marine environments, finding that compact cameras and close proximity improve mesh accuracy.