Ein zerklüftetes Riff vor der Küste Italiens zeigt die Folgen des Klimawandels durch Ozeanversauerung. Dr. Fio Micheli, Meeresbiologin von der Hopkins Marine Station, taucht mit Zuschauern ab, um zu untersuchen, wie menschliche CO₂-Emissionen die Meere in eine karge „Ozean-Mondlandschaft" verwandeln. Diese Bildungserfahrung nutzt das 360-Grad-Video-Format aus Stanfords Virtual Human Interaction Lab.
Zuschauer begleiten die Forscherin auf ihrer immersiven Reise, die auf echter Meeresforschung basiert. Sie schlieĂźt den Zugang zu Unterwasserwelten fĂĽr Nicht-Taucher und Binnenbewohner, indem sie schwer erreichbare Orte simuliert. Das Programm eignet sich fĂĽr alle, die klare Einblicke in Umweltwissenschaft-Herausforderungen suchen.
A rocky reef off the coast of Italy demonstrates the future of climate change. Meet Dr. Fio Micheli, the marine scientist who studies this reef, and dive underwater with her to learn about ocean acidification and how human-produced carbon dioxide will turn all the world’s oceans into what scientists are calling “the ocean moonscape.”
The Crystal Reef is 360-degree video experience that tackles communicating climate change in an immersive and scientifically valid way by the combining the virtual reality expertise of Stanford’s Virtual Human Interaction Lab (VHIL) along with the research of the marine science experts at Hopkins Marine Station.
Drastic change in conservation behaviors can sometimes require unrealistic access to places or experiences that are impossible for the general public. This is additionally the case in marine science, which suffers from communication problems because many of its ecosystems are only directly accessible to coastal citizens, able scuba divers or aquarium visitors. The complexity of climate change and ocean acidification also makes it difficult for the public to grasp its scope. The Crystal Reef is a story that aims to reduce both of those access barriers.
