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a bivalve
The shell of a cockle is formed from calcium carbonate, so is inorganic (non-living). The cockle is a small, edible, marine bivalve mollusc.
Growth ridges on the shells of bivalves are caused by seasonal changes in their growth rate. During periods of slow growth, the ridges become more pronounced, while faster growth results in smoother areas on the shell. These ridges are a natural part of the shell growth process and can be used to determine the age of the bivalve.
The thickness of the shell (lip) increases with the age. This is how you can determine the age of the conch.
The tooth-like projections at the inner dorsal edge of the valves, often referred to as denticles or hinge teeth, serve to interlock the two valves of a bivalve shell. This interlocking mechanism helps to maintain shell alignment and stability when the shell is closed, providing structural support and aiding in the protection of the soft body inside. Additionally, these projections can assist in the prevention of predation by making it more difficult for potential predators to pry the shell open.
Ligament, But it not closed by a ligament it is closed by a muscle
With any type of bivalve, if the shell is open before they are cooked and the animal is not alive, throw it out. And if the shell of the animal is still closed after it is cooked, throw it out.
a bivalve
a bivalve
a bivalve
The beak of the bivalve shell.
An ark shell is a member of the family Arcidae of saltwater clams or marine bivalve molluscs.
A "bivalve" is a mollusk that has a hinged shell divided into two halves or "valves," such as clams, oysters, and mussels.
No, a snail is not a bivalve. Snails are gastropods, which are a type of mollusk that typically have a coiled shell. Bivalves, on the other hand, include creatures like clams and mussels, which have a shell consisting of two parts or valves.
The shell that can open and close is typically associated with bivalve mollusks, such as clams and oysters. These shells consist of two hinged parts (valves) that can be opened to allow the organism to feed or breathe and closed for protection against predators and environmental threats. The opening and closing mechanism is facilitated by a group of muscles that control the shell's movement.
This is a bivalve mollusk.
A bivalve has a shell made of calcium carbonate, which consists of two hinged valves that protect the soft body inside. They lack a true internal skeleton like vertebrates.