What is the relationship between aquatic turtles and algae
Marine symbiotic relationships are an amazing part of nature! The latter may clean algae and parasites from the sea cucumber as “payment” for the types of species, including dugongs, sharks, sea turtles, and manta rays. crabs and sea anemone have a mutualistic relationship because the sea and eels have a mutualistic relationship because they both help each other by The algae and aquatic turtles have a commensalistic relationship. Another type is symbiotic is commensalism that means one benefits and other is not harmed. One form of this is Algae and the alligator snapping turtle the algae.
The turtle approaches the seafloor, and the fish visually inspect it to see which algae patches are most appetizing. Then they gorge away, feeding with rapid bites that scrape the algae-covered flippers and shells clean.
The fish get a nutritious meal; and with smoother shells, the turtles can swim more easily, saving energy on their long migratory journeys to the beaches where they were born.
This type of symbiotic relationship exists among many fish species and other sea life in different parts of the world. For example, surgeonfish can themselves get cleaned by tiny fish called wrasses. Some surgeonfish can help save coral reefs, too But surgeonfish service goes beyond just cleaning turtles and other animals.
They also munch on the algae found on reefs, which otherwise smother the coral. Their special role in the ecosystem is one reason the Caribbean Fishery Management Council has set lower limits on their catch to prevent overfishing.
Symbiotic relationships by Kori Stewart on Prezi
Beforeno catch limits existed. In a region where corals are facing an onslaught of problems, ranging from pollution to warming and more acidic waters, the Caribbean bright blue tang and doctorfish are two types of surgeonfish that are helping corals survive. Surgeonfish are found worldwide among coral reefs. The fish get their name from the erectable razor-sharp spines at the base of their tails.
Mutualism of the Month: Turtles and eelgrass - a mutualism or commensalism? — Feed the data monster
The Pew Charitable Trusts Surgeonfish are named for the erectable razor-sharp spines at the base of their tails shown here. Surgeonfish secrets can aid human health?
But before a knife-wielding fish gives you a fright, remember that in addition to their critical role in maintaining healthy coral reef ecosystems, surgeonfish may also hold secrets for improving human health. Plants have to get their seeds from place to place. Some use forces of nature like wind or water currents. Others have developed relationships with animals to transport their seeds called zoochory.
These relationships span from commensalism, where the plant benefits at no cost to the animal, to mutualism, where both animals and plants benefit.
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Commensalisms most frequently come in the form of plants utilizing unaware animals without reward think burrs and other sticky seeds. Mutualisms involve the plants encouraging and rewarding their animal transports through enticing fruits full of important nutrients. Plants have evolved to use animals as a dispersal agent because animals are inherently mobile; animals need to find food to survive so they travel from one patch of plants to another.
This brings seeds beneficially into contact with more suitable habitats. The process of transporting seeds is typically begins by an animal eating a fruit containing the seeds or eating the seeds directly. Then, while processing its meal, it travels to the next patch of plants to find more food and at some point defecates, releasing the seeds back to the earth.
Sometimes this increases the success of the seeds germinating, while other times it reduces the likelihood. Either way, this trade-off is worth it. The unassuming eelgrass flower, chock full of seeds.