Shark Tooth Capital of the World

Venice, Florida: Shark Tooth Capital of the World

Hunting for fossilized shark teeth is a treasured Sarasota County pastime. The best place to find them is along the beaches of Venice, Florida. Venice is also the home of the annual Sharks Tooth Festival with fossil vendors, food and fun for the whole family! Learn more at VeniceSharksToothFestival.com.

Great White Shark Tooth

Reef Shark Tooth

Bull Shark Tooth

Lemon Shark Tooth

Where to find them

Written by Robin Draper
It’s a picture-perfect morning on Southwest Florida’s Venice beach, as the cloudless royal blue sky meets the far-off horizon. The emerald-green Gulf of Mexico gently laps onto the sandy shoreline, and a few barefooted beachcombers are off in the distance, searching for the discarded teeth of the ocean’s infamous hunters.

The Gulf beaches in and around Venice, Florida, hold a bountiful cache of fossilized shark teeth. Shark teeth collectors say the best places to look for the fossils are any beach south of the Venice Jetty (Humphris Park).

The Venice Fishing Pier at Brohard Park is right in the heart of shark’s tooth country and an ideal place to begin your journey, especially if you are new to the area. Before you start searching the sands, take a walk out on the scenic 740-foot pier and stop at Papa’s Bait Shop. There you can rent or buy the “Venice Snow Shovel,” the screened basket fitted onto a handle to help you dig shark teeth. They are also available at specialty shops downtown.

History

Ten million years ago, when Florida was submerged under water, the area was teeming with sharks. Over time, as the water receded giving way to land, the prehistoric sharks died – their skeletons disintegrated, but their fossilized teeth remained. The Venice coastal area, just south of Sarasota, sits on top of a fossil layer that runs 18-35 feet deep. With storms and waves, the fossils are slowly driven into the shallow waters and then up onto the beach.

How to find them

Most people who look for shark teeth simply stroll along the beach scanning the sand for the shiny black teeth. Others, seeking faster results, walk to the water’s edge where the waves break and there is a foot-high drop-off ledge. They reach down to the edge of the drop-off or even wade out a few feet into the water to scoop up sand and shells. Some use a shovel, a kitchen strainer or just scoop the sand and shells with their hands. Once scooped, they bring it back to the beach and pour it onto the sand. Then they sit on the beach and sift through, looking for their prizes. Other fossil parts, bits of coral, interesting shells or small pebbles may catch the eye, but it is likely that at least one or more teeth will be found in most large scoops.

Most shark teeth are from 1/8″ to 3/4″ or even a bit larger. The really large shark teeth are usually farther out and may require dive equipment to locate. Local Venice dive boats will take you out as they cruise a few miles from the shore. In fact, several boat captains charter trips along the Venice coastline in search of prehistoric fossils and shark teeth. Call any local Venice dive shop, and they will recommend captains specializing in fossils.

Get an identification guidebook

Before you know it, you’ll have a collection of shark teeth and begin wondering why they are so different in shape, color and size. With a handy guide, found at a local bookstore or souvenir shops, it will provide pictures that assist you with teeth identification of the individual known shark species. There are sand, lemon, mako, bull, whitetip, megalodons – just to name the common ones. Some are pointier or fatter, or even sharper at the ends. You’ll have fun just looking at the variety.

Things you will need: hat, sunscreen, small baggie or container for your shark teeth. (Optional) Kitchen sifter, or the Venice “snow shovel” basket

3 Fun Facts:
– Sharks produce 20,000-25,000 teeth over their lifetime.
– Shark teeth sizes can range from 1/8″ – 3.5″or more.
– The mighty Megalodon shark tooth fact: 1″ of the tooth represents 10 feet of the actual length of the prehistoric shark.