Non-Invasive Subsurface Imaging for Fossil Detection
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Project scope
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Data analysis Engineering project management Scientific researchSkills
geophysical imaging advanced imaging technology real world data ground-penetrating radar geology geophysics research data analysis innovationDinosty Fossils is seeking to enhance its fossil detection capabilities within the Bearpaw Formation by developing a non-invasive subsurface imaging method. The primary challenge is to accurately detect and identify ammonites and other fossilized materials within shale layers without disturbing the geological structure. This project aims to leverage existing geophysical techniques, such as ground-penetrating radar or seismic imaging, and adapt them for fossil detection. The goal is to create a reliable, cost-effective method that can be used in the field to improve fossil discovery rates. Students will apply their knowledge of geophysics, geology, and data analysis to design and test this innovative imaging solution.
- Understand the geological characteristics of the Bearpaw Formation.
- Research existing non-invasive imaging technologies.
- Develop a prototype method for detecting fossils within shale layers.
- Test and refine the method based on simulated or real-world data.
The project will culminate in a comprehensive report and presentation detailing the developed imaging method, including its design, testing process, and results. Additionally, a prototype or simulation demonstrating the method's effectiveness in detecting fossils will be provided. The deliverables will include:
- A detailed report on the imaging method and its application.
- A presentation summarizing the project findings and recommendations.
- A prototype or simulation showcasing the method's capability.
- Suggestions for further refinement and potential field application.
Sharing knowledge in specific technical skills, techniques, methodologies required for the project.
Scheduled check-ins to discuss progress, address challenges, and provide feedback.
About the company
Lucentara
Science | Technology | Innovation
Lucentara is a Canadian science and innovation company dedicated to advancing the study and application of ammolite and other natural materials. Founded by Caitlin Furby and Mark Turner, Lucentara operates at the intersection of geology, materials science, and design — exploring how nature’s rarest formations can inspire modern advancements in technology and sustainability.
Through ongoing research partnerships and applied experimentation, Lucentara develops cutting-edge methods for fossil preservation, laser restoration, and structural color analysis. Every discovery contributes to the deeper understanding of ammolite’s optical and geological properties, positioning Lucentara as a pioneer in natural photonics and gemstone science.
Lucentara represents the future of Canadian innovation — where art, science, and nature converge.
Dinosty Fossils
Mining | Restoration | Heritage
Dinosty Fossils is the foundation of Alberta’s ammolite industry — a mining and restoration company co-founded by Mark Turner and Caitlin Furby, specializing in the ethical extraction and preparation of ammonite fossils and gem-grade ammolite from the Bearpaw Formation.
Operating across more than 1,200 hectares of mineable land in Southern Alberta, Dinosty Fossils combines traditional field expertise with modern restoration technology to bring prehistoric treasures back to life. Every specimen is meticulously excavated, stabilized, and restored by hand, honoring both its geological origin and its natural artistry.
Through Dinosty Fossils, Furby and Turner have built one of Canada’s most respected fossil operations — supplying collectors, museums, and jewelers worldwide while preserving the integrity and story of each discovery.
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