Gyotaku began in Japan during the latter years of the samurai era as a practical means of documenting a catch. Fishermen applied sumi ink directly to the surface of a fish and transferred its impression to paper, creating an accurate record of its true size, anatomy, and character. Over time, this utilitarian practice evolved beyond documentation and into an art form of its own.
Florida artist David Mac approaches gyotaku with that original purpose still at its foundation: to document something real before it disappears.
Mac has always found a way to create, working across different mediums and disciplines long before moving to Florida in 2024. It was there, through fishing and time spent on the water, that he discovered gyotaku and found a medium that brought those interests together. His work is centered on the fisheries of the state he now calls home — from shallow flats and mangrove shorelines to reefs and offshore waters. Each original begins with an actual specimen and is created through direct impression, allowing the fish itself to leave behind its scales, contours, scars, fins, and imperfections. No two specimens, and therefore no two impressions, are exactly alike.
Outside the studio, Mac is an active-duty U.S. Army Warrant Officer with more than seventeen years of service in military intelligence. His career has taken him from Korea and Afghanistan to Europe and throughout the United States. He is currently stationed at MacDill Air Force Base in Tampa, Florida. He is also a published professional writer and longtime woodworker — disciplines that reflect the same appreciation for process, craftsmanship, and attention to detail found throughout his artwork.
Through Still Remains, Mac combines the documentary origins of traditional Japanese gyotaku with a restrained contemporary aesthetic. His work preserves the authenticity of the original impression while presenting Florida's marine life as both a natural record and contemporary fine art.
The encounter passes. The specimen disappears.The impression remains.