Banded Tulip
Cinctura hunteria (G. Perry, 1811)
The Banded Tulip is a difficult shell to find whole on S. Hutchinson beaches.
Banded Tulips: two albinos and a regular shell. (S. Hutchinson Island- November 2020)
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The Banded Tulip
José H. Leal Oct 30, 2015
The Banded Tulip, Cinctura hunteria (G. Perry, 1811), is one of the largest and most attractive marine snails found along the barrier islands of Southwest Florida. The species, which may reach in excess of 4 inches in size, is also present in other parts of the Gulf of Mexico, eastern Florida, and northern Caribbean Sea. The smooth, tulip-shaped shell is characterized by the widely spaced, brownish spiral lines set against a light gray background color. The species is related to the True Tulip, Fasciolaria tulipa (Linnaeus, 1758). This latter is a much larger species, reaching about 8 inches, and having a shell with reddish-brown background color with more numerous and more tightly set spiral lines. Banded Tulips are predators, feeding on smaller mollusks.
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Banded Tulip Shell:
A Softly-Rounded Beauty
By Patricia B. Mitchell.
The Banded Tulip Shell is a spindle-shaped univalve with a long siphonal canal. It has an elevated spire and distinct sutures. The shell may reach a height of over four inches. The typical background color of the shell is ivory or blueish gray with mauve streaks, cloudings of white or gray, and revolving lines of rich, dark reddish brown, although among the five distinct subspecies there are variations in shell markings and coloration.
There is also a similar “true” Tulip Shell, Fasciolaria tulipa Linne. The typical Banded Tulip Shell has seven thin distinct brown lines on its main body whorl, and the sutures between the whorls are smooth. The True Tulip Shell has 15 or more faint brown lines on its main body whorl, and its sutures are rough. The Banded Tulip, as mentioned, is seldom much over four inches tall. The True Tulip can reach ten inches in height.
Tulip Shells are home to black snails. This snail, when threatened, can retreat into its “house” and close the “door,” or operculum, which is a lid-like horny plate on the gastropod's foot. The Tulip Shell's operculum is oval in shape and chestnut-colored with an apical nucleus.
Tulips are slow, aggressive carnivores, preying on other large gastropods, such as Pink Queen Conchs (and even other Tulip Shells) and bivalves, such as clams.
Using its radula, a “toothed” tongue, the Tulip bores a hole through the shell of its victim, and then inserts the tongue to devour the soft contents.
The Tulip Shell gastropod's head has two tentacles with an eye at the base of each. The female Tulips deposit parchment-like, flattened, vase-shaped oviger (egg) capsules in clumps. These clumps of eggs are attached to rocks or other hard surfaces. Most of the eggs are unfertilized or are arrested in development. These “dud” eggs are eaten by the normal, developing snails while they are still in the egg capsule. After about a month the tiny Tulips emerge from the eggs.
The Banded Tulips live in sandy-detrital or muddy bottoms in the infra-littoral zone, in water 2-150 feet deep. Their habitat is off the coast of North Carolina as far south (and west) as Alabama and perhaps over to Texas.
The Banded Tulip is edible. The flavor is much like conch or whelk meat.
Notes
The shell pictured here was found at Myrtle Beach, South Carolina.
For more information on the Banded Tulip Shell see:
R. Tucker Abbott, Sea Shells of the World.
R. Tucker Abbott and Percy A. Morris, Peterson Field Guides: Shells of the Atlantic & Gulf Coasts & the West Indies.
S. Peter Dance, Eyewitness Handbook of Shells.
Miriam Gilbert, Starting a Shell Collection.
Percy A. Morris, A Field Guide to the Shells of Our Atlantic Coast.
Harald A. Rehder, National Audubon Society Field Guide to North American Seashells.
Bruno Sabelli (author) and Harold S. Feinberg (editor), Simon and Schuster's Guide to Shells.
Budd Titlow, Seashells: Jewels from the Ocean.
Classification: Family Fasciolariidae; Superfamily Muricoidea; Suborder Neogastropoda; Order Caenogastropoda.
Scientific nomenclature is subject to change, due to ongoing research. The above classification corresponds to that published by the Conchologists of America, Inc.
Digital formatting is by Jonathan Mitchell.