1 min read
Hawaii is a scientific goldmine—home to some of the world's most cutting-edge reef research, volcano monitoring, and climate science. Marine biologist John Burns pulls back the curtain on the islands' natural laboratories, from new reefs born in the wake of lava flows to remote ocean sensors tracking climate change in real time.
Discover how 3D coral mapping and autonomous underwater drones are revolutionizing ocean science. John shares stories of live-streaming reef cameras that captured rare octopus and shark behavior, and how citizen scientists worldwide now contribute to ocean monitoring through simple, accessible tools.
We break down the fragile balance of coral ecosystems—how temperature swings, pollution, and acidification threaten their survival—and why resilience means understanding and trusting nature's own processes, not just fighting back. You'll learn why protecting Hawaii's unique wildlife may hold the key to saving reefs everywhere, and how AI is accelerating scientific discovery.
A marine ecologist with decades of research at Hawaii's natural labs, John Burns is known for pioneering high-tech reef mapping and delivering engaging, real-world science. His insights on reef dynamics, conservation, and the power of curiosity will shift how you see nature's resilience.
Perfect for science enthusiasts, climate advocates, educators, and anyone curious about the future of our oceans. Hit play.
ABOUT JOHN
Dr. Burns is a research scientist who studies coral health and disease. His work has investigated the physiological impacts of disease on affected corals and how coral mortality affects the ecology and biology of coral reef ecosystems. John has been continuously searching for both global and localized drivers of coral diseases in order to promote healthy coral ecosystems in the face of global stressors such as climate change. His expertise led to his inclusion in the award-winning documentaries, Chasing Coral, Reefs at Risk, and Island Earth. John has recently developed innovative techniques to create three-dimensional maps of coral reefs to accurately measure how natural and human-induced disturbances impact ecosystem function. John’s research has been presented at scientific conferences around the globe and he has authored multiple publications in international peer-reviewed journals.
