No, it is not a prasite.

the anenome offers protection for the clownfish and the clownfish feeds and cleans the anenome

no

in animal

Commensalism because the clownfish uses the sea anenome (which is un-affected) to lay their eggs in and to live in.

A sea anemone is in the phylum "cnidaria"

It's radial not bilateral.

It's radial not bilateral.

Mutualistic

I think the Clown fish and the Anenome

The clownfish, Nemo, sleeps in a pink anenome with his dad.

Anenome.

if u mean what they live in then it's a sea anenome.

Clownfish and anenome, pistol shrimp and goby all i know

anenome... check the spelling its the thing nemo tries to say

Clownfish typically form a symbiotic relationship with an anenome (a type of reef animal). When they breed they will keep their baby's hidden in the tentacles of the anenome to keep them hidden from predators.

To be honest...finding Nemo was pretty accurate in that respect.

The spelling is sea anemone, a marine polyp usually of limited mobility.

Sea anenomes soak up nutrients in the ground; in otherwords, fish poo.

It is a sedentary marine coelenterate with a columnar body which bears a ring of stinging tentacles around the mouth parts.

Why is the Clown Fish called also, an Anenome Fish. They live in a symbiotic arrangement - together forever and amen.

getting eaten by bigger fish!!

also not getting stung by the anenome. they have to get used to it...like in fiding nemo (: haha

I think a sea anenome and a sea urchin can live together because i have a little aquarium and there is a sea urchin and and a sea anenome (if that's how you spell it) living in there and they were perfectly fine. BUT if you have a sea urchin do not have any crabs in there, because my sea urchin killed one, and almost killed another one by taking its claw off. :(

Sea anemones have a few different predators in the ocean. These predators include fish, sea slugs, turtles, and sea stars.

An anemone is a plant in the buttercup family, or a marine invertebrate, the sea anemone. There's no such thing as an "anenome", as my spell checker is telling me right now! It's just a common mispronunciation, often by people who should know better, including Monty Halls narrating his documentary about the Great Barrier Reef I've just been watching on BBC2.

I don't really know, but what I do know is that an anenome needs a clown fish to clean it. (i watch cartoons and nemo the movie is one)

They eat algi, star fish, and baby sea horses, as they can get bigger wich the biggest they can get is 2 metres. They can eat anenome, turtle, and groper fish.

Remoras and Sharks

Clownfish and Sea Anenome

Chimpanzees each bugs of eachother

A sea anenome is a plant, where as a starfish is an animal. Their diets differ and most anenomes can deliver a poisonous shock to another animal.

No there's no such thing as a sea tomato in the English language, but it is a sea anenome near Mallorca. The jury is still out as to whether or not it is edible. Please see the related link below!

They eat algi, star fish, and baby sea horses, as they can get bigger wich the biggest they can get is 2 metres. They can eat anenome, turtle, and groper fish.

The medusa (jellyfish like) and the polyp (sea anenome like)

That's a hard one to pin down. They don't seem to be as attracted to plants as they are a colony of animals called the sea anenome. Perhaps you could have Gallup conduct a survey.

They eat algi, star fish, and baby sea horses, as they can get bigger wich the biggest they can get is 2 metres. They can eat anenome, turtle, and groper fish.

jelly fish among others, most commonly jelly fish

You know how the clown fish gets protected by the sea anenome and free shelter? The sea anenome doesn't gain anything. This is what is known as commensalism symbiosis (symbiosis where one or more organisms gain something while the other[s] are unaffected).

The sea anenome and the clown fish have a mutually beneficial symbiosis.

The anenome provides protection for the clown fish and the clown fish helps feed the anenome by leaving nutrient-rich wastes.

Yes, sea anemones have stinging cells called nematocysts that can deliver a mild toxin when they come into contact with prey or a potential threat. This toxin helps the sea anemone to capture food or defend itself. However, the sting is usually not harmful to humans.

Nemo, the clownfish from the movie "Finding Nemo," lives in a coral reef ecosystem. Coral reefs are diverse and vibrant marine ecosystems that provide shelter, food, and protection for many different species of marine life.

A Cnidarian is a stinging animal such as a jellyfish or a sea anenome. They have stinging cells that they use predatorially for food. There are two body scructures for cnidarians--polyps and medusas. A polyp is attached to something and does not move, and its mouth is at the top. A medusa is free-swimming, and its mouth is on the bottom.

It is mutualism because the anemone wards off the clown fish's predators due to their poisonous tentacles, but at the same time the clown fish wards off anemone-eating fish, also ensuring the anemone's survival.

Clown fish can be eaten by any organism larger or more aggressive than the clown. Eels, octopus and squid, other fish such as triggers and groupers, even sea anemones just to name a few. Most ocean creatures are very opportunistic feeders and must be to survive.

The point of mutualism is to survive. It's a form of symbiosis that benefits both partners. An example would be the sea anenome and clown fish. Mutualism is thought to be the reason for chloroplasts in plant cells and mitochondria in animal cells. Small single cell organisms moved into these organisms for protection and provided nutrients to the host organism.

No they are omnivores.

In the wild, they eat the remains of the dead fish that is captured by an anenome. They might do the same in a household tank, but the chances of it happening re very slim. In the aquaria, they have been trained to eat flakes, and most flakes contain meat and veggies, making them omnivores

Jellyfish live in bodies of water and like to eat smaller sea animals, such as crustaceans and mollusks. They are able to sting their prey, but are still a food source to some birds and turtles.

A sea anemone is considered slow-moving. They use their tentacles to gather food particles in the water and generally stay in one place, although they can move slightly to find a better spot for feeding or to avoid danger.

Depends on the species, jellyfish, for example, start as fertilized eggs. then they grow inton a cup-like shape and attach themselves to the ocean floor. after growing inti what looks like a coral or anenome polyp, they bud up into several more jellyfish and break of the bottom as miniature jellyfish. the process is similar in other cnidaraians, but the process differs slightly or even in reverse.

If one can presume the concept of purpose is subsumed by salient factors that dictate the observable effects of purpose (the outward expressions of purpose, such as behaviors), it would be safe to posit that the crabs purpose is dictated by genetic programming, learned behaviors, and other factors. Examining causality tends to yield conclusions that the shared purpose of organisms is to survive, which reasoning descends into diverse postulates including the purpose of life itself. Regardless of the true source of the concept of purpose in the general sense, one is compelled to conclude that life itself is a reversal of entropy (all organisms, by definition, express a degree of organization or an apparent local reversal of entropy, whereas the second law of thermodynamics dictates that the entropy of a closed system will increase with time) and that a core principle of life is self-maintenance (for example, through reproduction). Advanced considerations in purpose of life tend to depart biology into the fields of ontology and metaphysics, better answered in depth within the realm of philosophy.

To truly examine the purpose of a crab one might need to consider it from various disciplines. Based on the biological context, one could argue the purpose of a crab is to fill the niche that the crab is best suited to, a reasoning which naively appears circular. Some scientists have described the niche as an abstract "n-dimensional hypervolume" determined by environmental factors; which is to say that a crab would be bound by an upper and lower limit for each factor in terms of tolerance: temperature, salinity, oxygen partial pressure, etc. At the extremes of any of these, the crab, as with any organism, would begin to experience physiological stress and its survival would be challenging. There does exist overlap in these hypervolumes (notional niches) such that other organisms are in a position to compete with crabs for resources. Should the crab be arbitrarily removed and become extinct, other organisms would tend to find more success within the niche usually occupied by the crab since they would experience less competition from crabs.

The clownfish, also known as anemonefish, is a fish that lives in a symbiotic relationship with anemones. They are protected by the anemone's stinging tentacles, while the fish helps clean the anemone and deters predators.

Tuna

Sharks

Mackeral

Sea Anemone