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Yes. Classes of mollusks which include clams, oysters, and other bivalves are sessile filter feeders.
Filter feeders and fluid feeders are alike in a great number of ways. These animals both sift for food to eat.
Filter feeders and fluid feeders are alike in a great number of ways. These animals both sift for food to eat.
Filter feeders are also known as suspension feeders and are most commonly aquatic animals or birds. Three examples of filter feeding animals are flamingos, clams, and sponges.
Filter feeders are animals, that feed by straining suspended matter, and food particles from water.
Yes, sponges are filter feeders. I also believe they were the first filter feeders.
Whales for one
The phylum of sessile animals is Porifera, which includes organisms such as sponges. Sessile animals are ones that are permanently attached to a surface and do not move around freely.
(sponges) animals with no tissue and with no definite body plan; they are sessile (they dont move), and they are filter-feeders; they contain choanocytes, which are flagellated cells that serve to keep water moving in through pores in teh sides of the body and out through a large opening at the top; other cells called amoebocytes secrete supporting structures which help hold the sponge upright, these structures can be hard, sharp, crystal-like structures called "spicules" Animals(sponges) with no tissue. They are sessil (they dont move), and are filter feeders. They house choanocytes, which are flagellated cells that keep water moving through pores in ten sides of the body.
Clams are filter feeders because they filter stuff.
Porifera is the phylum that includes all sessile organisms, such as sponges. These organisms are simple, filter-feeding animals that attach themselves to substrates and do not move from place to place.
Sessile organisms are immobile. So. I can't think of any animals. But plants are sessile. Edit: Corals (related to anenomes) and sponges are good examples of sessile animals, the latter has a motile larval stage before it settles on a substrate and becomes sessile.