The animals need the bacteria to help break down the food. The bacteria benefit since they get food, while we benefit since the bacteria help us digest our food.
Both benefit
Yes, fungi can form symbiotic associations with animals and bacteria. For example, lichens are a symbiotic relationship between fungi and algae or cyanobacteria. Additionally, some insects have mutualistic relationships with fungi, where the insects benefit from the nutrients provided by the fungi.
Clown Fish and Anemoni is an example of a mutualistic relationship. I'm not sure why but I know that is the answer. Sorry this isn't much help.
A mutualistic relationship is when both sides benefit from their interaction. In the case of the cheetah and the grasslands, although the grasslands are inanimate, the cheetah acts in keeping order amongst grassland species. For example by preying on animals that live in the grasslands, the cheetah stabilizes the animals population which in turn ensures that all the living animals have enough food/water/shelter to survive.
None. Animals that can digest cellulose host special bacteria to digest the cellulose molecules, and humans do not host these.
No, microorganisms that cause disease and infection in plants and animals are not mutualistic. They are typically considered pathogens, which are organisms that harm their hosts. Mutualistic relationships involve both organisms benefiting from the interaction.
The relationship between plants and animals is called symbiosis. This relationship can take various forms, such as mutualistic, commensal, or parasitic, where both parties can benefit, one benefits while the other is unaffected, or one benefits at the expense of the other, respectively.
bees and flowers
a mutalistic relationship is when 2 organisms benefit from each other. for example, a flower and a bee, the bee gets pollen from the flower to use and the bee then helps pollinate other flowers so they can reproduce. think about it this way: Mutualism- :) :) Parasitism- :) :( Commensalism- :) :l
There are symbiotic relationships between animals and bacteria in the digestive area. The animals give the bacteria a place to live and the bacteria help break down food. Digestion would be a lot more difficult without these symbiotic relationships.
In the animals with this organ, the appendix appears to store good bacteria to help the animal with its digestive process.
Stingray's do share a mutualistic relationship with 'cleaner fish'. The stingray visits their cleaning station; ridding their bodies of parasites that potentially could be quite harmful to them, while the cleaner fish gets a meal.