Finger sponges do not have any type of symmetry. Finger sponges can grow fingers where ever they have space so they are asymmetrical.
The finger sponge is a species of demosponge that is found in shallow waters of the Caribbean Sea. It also belongs to a family called Iotrochotidae.
Sponges exhibit asymmetry, which means they do not have any specific symmetry pattern like radial or bilateral symmetry seen in other animals. Their body plan is characterized by a lack of organized tissues and organs.
yes, it is like a hydra from the cnidarian family.
Their early larvae have bilateral symmetry, but as they get bigger they develop fivefold symmetry. This is apparent in the regular sea urchins, that have roughly spherical bodies, with five equally sized parts radiating out from their central axes.
Kingdom: AnimaliaPhylum: PoriferaClass: DemospongiaeSubclass: CeractinomorphaOrder: PoeciloscleridaFamily: MicrocionidaeGenus: HolopsammaSpecies: laminaefavosa
Radial symmetry or Assymmetry
Sponges really don't have any kind of symmetry.
Sponges really don't have any kind of symmetry.
A sponge has no symmetry, and is therefore asymmetrical.
Sponges mostly have no symmetry, but it is possible to have a sponge that exhibits radial symmetry. They never have bilateral symmetry.
A sponge has no symmetry, radial or bilateral.
no, it is asymmetrical
yes
A sponge has an asymmetrical symmetry. So they don't have a definite shape.
One animal that has radial symmetry is a sea sponge.
Sponges are asymmetrical, although a few species have nearly radial symmetry.
Sponges are asymmetrical. They have no symmetry.