Modified Radial symmetry of adults (most species have five parts that point out from the center)
No brain only a simple nervous system.
Most have an endoskeleton.
Water vascular system for movement, gas exchange feeding and excretion.
None are freshwater animals.
Most exhibit autotomy, ability to intentionally detach a body part and later regenerate it.
Echinodermata
The body of the Phylum Echinodermata is divided into 5 equal sections whereas the body of the Phylum Chordata is divided bilaterally (2 sections).
The spines sticking out of their delicate skin account for their name.
It's cnidarians
Let me fix this answer. The sea urchin is in the echinodermata kingdom
spiny skinsthey regeneratethey have tube feet to move around
The symmetry of the larvae of echinodermata is bilateral.
The phylum Echinodermata which, contains about 6,000 species.
Echinodermata
Echinoderms are the phylum. The phylum is Echinodermata Echinoderms are the phylum. The phylum is Echinodermata Echinoderms are the phylum. The phylum is Echinodermata
no
Porifera: Multicellular with porous bodies, example: sponges. Cnidaria: Radial symmetry, tentacles and stinging cells, example: jellyfish. Platyhelminthes: Flat bodies with bilateral symmetry, example: flatworms. Nematoda: Roundworms with cylindrical bodies, example: roundworms. Mollusca: Soft bodies with a muscular foot, example: snails. Annelida: Segmented bodies, example: earthworms. Arthropoda: Exoskeleton and jointed legs, example: insects. Echinodermata: Spiny skin and radial symmetry, example: starfish. Chordata: Notochord and dorsal nerve cord, example: humans.
Echinodermata comes from the term echino which means "spiny" and derm derives from the root "skin" so therefore, the phylum echinodermata means "spiny skin"
they belong to phylum echinodermata...which are spiny-skinned animals. They have hard shells covered with prickly spines or needles.
from artropods
Echinodermata
Robert Philippe F. Dollfus has written: 'Les Echinides de la mer Rouge' -- subject(s): Echinodermata, Echinodermata, Fossil, Fossil Echinodermata, Paleontology