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Algae that live in the tissues of reef-building corals are known as?
Wiki User
∙ 9y ago
Symbiodinium which is commonly called as zooxanthellae or zoox are unicellular algae. They live in the tissues of reef-building corals.
Wiki User
∙ 9y ago
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How is the coral in the Great Barrier Reef formed?
The corals that build reefs such as the Great Barrier Reef are not single animals. Coral is made up of colonies comprised of many individual animals called polyps, which join together. Coral polyps are a little like sea anemones, having tentacles that extend outwards, but they are not actually anemones. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef.
Who constructed the Great Barrier Reef?
The Great Barrier Reef was not constructed by a "who", but by a "what". The Great Barrier Reef has been formed over thousands of years by coral polyps. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef. So this is the "what" that constructed the Great Barrier Reef.
What does the Great Barrier Reef look like?
The Great Barrier Reef was formed by nature, with hundreds of years of living coral building upon the skeletons of other coral. The corals that build reefs are not single animals. Coral is made up of colonies comprised of many individual animals called polyps, which join together. Coral polyps are a little like sea anemones, having tentacles that extend outwards, but they are not actually anemones. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef.
What organisms produce the Great Barrier Reef?
The Great Barrier Reef was produce by the action of coral. The corals that build reefs are not single organisms. Coral is made up of colonies comprised of many individual animals called polyps, which join together. Coral polyps are a little like sea anemones, having tentacles that extend outwards, but they are not actually anemones. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef.
What is the process or agent that is responsible for the formation of the Great Barrier Reef?
The process or agent responsible for forming the Great Barrier Reef has been entirely natural, as well as being a symbiotic process. The Great Barrier Reef was formed by coral, in association with algae. The corals that build reefs are not single animals. Coral is made up of colonies comprised of many individual animals called polyps, which join together. Coral polyps are a little like sea anemones, having tentacles that extend outwards, but they are not actually anemones. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef.
What is an coral?
Coral are made up of a thin layer of living animals called polyps, which secrete a chalky, limestone skeleton as they grow. Coral colonies grow as the polyps divide and multiply in a process known as budding. In addition to catching plank-tonic prey with their tentacles corals also derive nourishment from simple single celled algae called zooxanthellae (pronounced zoo-zan-thelly). living within their tissues. Like all plants, zooxanthellae photosynthesize, producing nutrients from the suns energy which are used by the polyp for its own nutrition. Corals with zooxanthellae are able to lay down limestone skeletons up to three times faster than those corals without.
What are the only multi cellular protists?
The only type of multicellular protists are plant-like seaweeds known as algae. There are three different types of algae that are differentiated by color. The brown algae is known as Phaeophyta, the red algae is known as Rhodophyta, and the green algae is known as Chlorophyta.
What are the advantages of coral bleaching?
coral bleaching is the loss of symbiotic 'algae' known as zooxanthellae (actually, they're dinoflagellates) in stressful environmental conditions, such as warmer than normal water temperatures and UV stress from the sun, or even pollutants. These 'algae' provide the coral with 90% of it's nutrition which it uses for growth and reproduction. If the corals are unable to regain their zooxanthellae, they will slowly starve and lose the ability to compete with other organisms for space on the reef. Algae frequently overgrow the weakened corals which subsequently die. Some corals, such as plating corals, have fragile skeletons and crumble into rubble when the coral dies. If a coral is not growing, it is eroding by ocean processes, and loses the complex structure that provided a home for all of the other reef organisims. No reef, no fish.
What is the Great Barrier Reef made of?
The Great Barrier Reef was built by natural means, with years and years of living coral building upon the skeletons of other coral, but in conjunction with a particular type of algae. The corals that build reefs are not single animals. Coral is made up of colonies comprised of many individual animals called polyps, which join together. Coral polyps are a little like sea anemones, having tentacles that extend outwards, but they are not actually anemones. Corals which create coral reefs have a symbiotic relationship with algae known as zooxanthellae. This algae, which lives within the tissues of the coral, causes a photosynthetic reaction which enables the polyps to make skeletons about three times faster in the light than in the dark. This means the corals deposit skeletons faster than the environment can remove it, and these skeletons build upon each other over time, creating a coral reef.
What is the shallow ridge build by corals parallel to the coast known as?
A barrier reef.
Identify the organisms that are known as flower animals?
corals by Jeff hirst skyline
What is known as pond silk?
algae
