Miami Beach Attacked by Giant, Pink Snails; No Christo in Sight

Giant pink snails on South Beach? What's next, famine and a plagues of locusts? The bubble-gum pink creepers spotted throughout Miami Beach are not a sign of end times. And no, they're not the work of pink-loving Christo either. The 45 snails, made from plastic gathered from landfills, are part of the REgeneration Art Project by an artist collective from Rome called the Cracking Art Group. Although sightings have already been reported, the public art exhibit doesn't officially open until this Friday at the Art Deco Welcome Center. By mid-December, the 8-foot slugs with shells will slither over to Collins Park in front of the Bass Museum, where they'll hang out until January 3.

Miami Beach Attacked by Giant, Pink Snails; No Christo in Sight

Why sails? Why now? The timing obviously coincides with Art Basel. The

choice of gastropada gets a little more metaphorical. According to the

Cracking Art Group artists (Renzo Nucara, Carlo Rizzetti, Marco

Veronese, Alex Angi, Kicco, and William Sweetlove), snails represent

hearing as their shells resemble the human ear. And as they carry their homes

on their backs, the animals represent issues of housing, and their

antennas denote the idea of communication. But basically, these Italians want you to stop destroying the planet and have more fun.

The Cracking Group, which has participated in over 600 international

exhibitions including one with  giant tortoises in Italy, are united in

addressing what they see as the struggle between "a primary naturalness

and an undeniably more artificial future."

Look for the flamingo-pink snails at the following Miami Beach locales:

Dade Boulevard

Lummus Park

Alton Road at 41st and 20th streets

Venetian Causeway

Collins Park

5th Street at Lenox Avenue

Morris Gibb Park

For more information about the Galleria Ca' d'Oro-sponsored exhibit, visit

Sponsor Content


All-access pass to top stories, events and offers around town.

Sign Up >

No Thanks!

Remind Me Later >