Yes, most corals do have pores. When someone looks at live rock for sale for saltwater tanks often the pores can be seen.
Yes, corals have microscopic pores called polyps that they use to capture food and expel waste. These polyps are responsible for secreting the calcium carbonate that forms the hard skeleton of coral reefs.
Scientists have seen bleached corals on the reefs.
Hard corals (Scleractinia) - reef-building corals that create calcium carbonate skeletons. Soft corals (Alcyonacea) - lack stony skeletons and have a flexible, fleshy appearance. Brain corals (Family: Mussidae) - named for their distinctive brain-like appearance. Staghorn corals (Genus: Acropora) - characterized by their branching, antler-like growth forms.
Brain coral belongs to the phylum Cnidaria.
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.
The scientific name for Sea fan corals is Gorgonia. They belong to the taxonomic class Anthozoa, which includes all the species of corals.
Stony corals are made out of calcium carbonate, usually don't have pores and are in anthrozoan (stationary) colonies, soft corals are porous, "fleshy", and flexible.
soft corals live deeper water than hard corals because soft corals do not create a hard outer skeleton as the hard corals do.
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.
No, corals are not edible.
Yes, corals are composed of an exoskeleton
dynamite fishing and muro ami can destroy corals so if there are less corals, less corals will be produced.
No corals doesn't eat zooxanthellae they only eat zooplankton. Zooxanthallae helps corals to live and keeps corals colourful.They live on the coral polyps.
Many corals, specifically hermatypic corals, contain symbiotic algae that provide the coral with sugar from photosynthesis. Algae also feed zooplankton, which corals feed on. Basically, algae provide corals with food, indirectly.
John West Wells has written: 'Eocene corals from Eua, Tonga' -- subject(s): Fossil Corals, Fossil Fishes, Fossil Otoliths, Paleontology 'Some fossil corals from the West Indies' -- subject(s): Fossil Corals, Paleontology 'Fossil corals from Eniwetok Atoll' -- subject(s): Fossil Corals, Paleontology 'Recent corals of the Marshall Islands' -- subject(s): Corals
Corals do not give birth.