Geoheritage, Palaeontologist
Faculty of Sciences Ben M’Sik,
University Hassan II of Casablanca, Morocco
The 3D digitisation of palaeontological resources is of tremendous use to the field, providing the means to archive, analyse, and visualise specimens that would otherwise be too large to handle, too valuable to destructively sample, or simply in a different geographic location.
Digitisation of a specimen to produce a 3D digital model often requires the use of expensive laser scanning equipment or proprietary digital reconstruction software, making the technique inaccessible to many workers. Presented here is a guide for producing high resolution 3D models from photographs, using freely available open-source software.
As part of the International Congress on Palaeontological Heritage IX (ICPH-9), this workshop will explore the transformative impact of reality capture technologies, such as terrestrial laser scanning and photogrammetry, on the digitisation of palaeontological and ichnological sites. These advanced tools allow for the precise documentation of geosites, fossils, and key geological features, generating high-resolution 3D models that preserve the integrity of these invaluable resources.
These technologies are particularly valuable for
- Studying inaccessible sites, or fragile and rare fossils,
- Ensuring the long-term preservation of geoheritage,
- Enhancing research, conservation, and public engagement.
However, the high cost of laser scanning equipment and proprietary software can be a barrier for many researchers. This workshop aims to bridge that gap by introducing cost-effective and accessible 3D digitisation techniques.
Key Learning Objectives
This workshop is designed for early-career researchers and will cover:
3D digitisation of palaeontological and ichnological sites using terrestrial laser scanning and photogrammetry;
3D modelling and documentation of fossils for research and conservation purposes;
Geoconservation stratigies for managing and preserving geoheritage.
Participants will work with freely available and open-source software, ensuring they can apply these techniques in their own research.
Practical Information
📌 Bring your laptop! Software, sample data, and training materials will be provided.
👥 Limited to 15 participants – ensuring an interactive and personalized experience.