The hard outer covering of an insect is called the exoskeleton. It provides protection and support for the insect's body, as well as serving as a attachment point for muscles. The exoskeleton is made of a tough substance called chitin.
The antonym of exoskeleton is endoskeleton. An endoskeleton is an internal skeleton found in vertebrates, whereas an exoskeleton is an external skeleton found in arthropods and some other invertebrates.
Exoskeleton.
A lobster's exoskeleton is a hard, protective outer layer made primarily of chitin, a tough and flexible protein. This exoskeleton provides structure and support for the lobster's body, as well as protection from predators and environmental elements. Lobsters periodically shed and regenerate their exoskeleton as they grow.
No, an exoskeleton is a bugs skeleton or shell, covering the outside of its body. Lions are mammals, therefore, incapable of having or growing an exoskeleton. They have a skeletal system inside their body's, like humans and other mammals.
no! that is just not possible. corals are cnidarians. when the minute creatures called polyps die, they secrete a hard exoskeleton consisting of calciumcarbonate. they secrete it around them to form a hardened structure called corals. corals are basically dead and hardened polyps.
Corals are organisms that live in colonies of polyps and secrete an exoskeleton of calcium carbonate. These structures form the framework of coral reefs, providing habitat for a diverse array of marine life.
The anthozoan that fits this description is a coral. Corals are colonial animals that secrete a hard exoskeleton made of calcium carbonate. This exoskeleton provides structure and support for the coral colony.
Yes, corals are invertebrates. They are part of the phylum Cnidaria, which includes other invertebrates like jellyfish and sea anemones. Corals are composed of individual polyps that are connected by a shared exoskeleton.
Corals produce a calcified mineral exoskeleton that is white in appearance. Dead coral from thousands of years ago is dug up in the ground, crushed, and sold as a healthy calcium supplement for humans and animals. Corals are symbiotic with Algeas that give brilliant colors on top of the exoskeleton. They need one another to survive. Recently higher water temperatures have been killing the algaes, leading to the phenonmenon known as coral bleaching. In time, the bleached corals also die. This is a threat to the entire reef ecosystem and has repercussions across all marine ecosystems and perhaps the entire world ecosystem.
Corals have a rough texture due to the hard exoskeleton they create from calcium carbonate. When touched, corals may feel rough or prickly rather than smooth.
soft corals live deeper water than hard corals because soft corals do not create a hard outer skeleton as the hard corals do.
they have exoskeleton
Corals are plants.
Corals are not decomposers. They are consumers.
Hermatypic corals contain zooxanthellae (a symbiotic algae), whereas ahermatypic corals do not. It is like saying that hermatypic corals are photosynthetic, where ahermatypic corals are non photosynthetic.
Yes; many cnidarians have an exoskeleton.