Mon, Aug 15, 2022: 4:15 PM-4:30 PM
518A
Background/Question/MethodsEmerging technologies are changing how scientists and the public see and interact with cetacean specimens. As a small rural marine science center, we employed LiDAR (light detection and ranging), x-ray, computational tomography, and structured light scanning together with 3D printing and digital imaging to study and exhibit a 7.9-meter transient male killer whale (Orcinus orca) and a 22.4-meter female blue whale (Balaenoptera musculus).
Results/ConclusionsIn collaboration with larger institutions, we applied these technologies to bone replication, skeletal articulation, soft-tissue anatomical studies, digital modeling, and to create virtual and physical high-quality specimen replicas. These techniques improve upon traditional modeling and restoration methods and advance specimen research and documentation. These digital technologies support education and public awareness through in-person and online exhibits and demonstrations, enhancing community engagement and the accessibility of science.
Results/ConclusionsIn collaboration with larger institutions, we applied these technologies to bone replication, skeletal articulation, soft-tissue anatomical studies, digital modeling, and to create virtual and physical high-quality specimen replicas. These techniques improve upon traditional modeling and restoration methods and advance specimen research and documentation. These digital technologies support education and public awareness through in-person and online exhibits and demonstrations, enhancing community engagement and the accessibility of science.