Abstract

The gallery of artist Colleen Flanigan is harder to visit than most. On one clear day in January, Flanigan suited up in scuba gear at the Sand Dollar Sports Dive Shop in Cozumel, Mexico, swam 60 meters out to sea, and dove 4 meters down to her latest installation. Zoe–A Living Sea Sculpture is a loosely helical structure, formed by welded rebar and steel mesh that arch 6 feet upward and root firmly in the ocean floor. Years in the making, the work is “living” because Flanigan hopes it will continue to make itself. Artist Colleen Flanigan’s Zoe–A Living Sea Sculpture in Cozumel, Mexico, is both underwater art and coral restoration experiment. Here, master scuba trainer Ernesto Martinez helps attach found coral fragments. Image courtesy of Colleen Flanigan. By running low-voltage electricity through the metalwork, using a technology called Biorock (1), Flanigan creates a zone of higher pH that attracts minerals to accrete on the structure. Next, she attaches coral fragments that can then cement themselves. Coral larvae and other organisms could also colonize Zoe , taking it in unpredictable directions of texture and color. The idea, although still controversial, is that the Biorock structure both provides a mineral substrate for corals to grow on and generates an electrical field that enhances the ability of coral and other marine organisms to grow faster. Around the world, coral reefs are threatened by local stressors, such as overfishing and pollution, and global ones, such as warming waters and ocean acidification (2). Last year marked the end of a 3-year bleaching event during which high ocean temperatures in many reefs across the globe caused corals to expel their symbiotic algae, draining the corals of color and depriving them of their primary energy source (3). Looking to draw attention to these bleak trends, …

Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call