The sloth must be helped by the algae in some way.
For a commensal relationship between the algae and the sloth to occur, the algae must benefit from living on the sloth without causing harm to the sloth. This could involve the algae obtaining nutrients or protection from being on the sloth's fur, while the sloth is not impacted negatively by the presence of the algae.
For the algae and sloth to have a commensal relationship, the algae must benefit from living on the sloth without causing harm or negative impact to the sloth. The sloth should neither be harmed nor benefit from the presence of the algae. It is a one-sided relationship where only the algae benefits.
For algae and sloths to have a commensal relationship, the algae must benefit from living on the sloth (like receiving nutrients or protection) without harming or benefiting the sloth. The sloth must not be affected positively or negatively by the presence of the algae on its body.
This is an example of mutualism because both the algae and the sloth benefit from the relationship. The algae receive a sheltered habitat and a steady supply of nutrients from the sloth's fur, while the algae provide camouflage for the sloth and help keep the sloth cool.
Algae grow on the fur of three-toed sloths because the sloth's fur provides a moist and nutrient-rich environment for the algae to thrive. The algae provide camouflage for the sloth and can help deter predators by making the sloth blend in with its surroundings.
A commensal relationship requires that one organism benefits from the relationship without affecting the other organism. So, in order for that to be true, the algae would have to be neutral to the sloth... not harming it or aiding it (those relationships would be defined differently). It would have to not affect it at all.
Green algae grows in a sloth's fur because the sloth's slow movement and low body temperature provide an ideal environment for algae to thrive. The algae benefits from the moisture and warmth in the sloth's fur, while the sloth gains camouflage from the green coloration. This relationship is a form of symbiosis where both the sloth and the algae benefit.
A commensal relationship requires that one organism benefits from the relationship without affecting the other organism. So, in order for that to be true, the algae would have to be neutral to the sloth... not harming it or aiding it (those relationships would be defined differently). It would have to not affect it at all.
the sloth cant be harm by the algae
For the algae and sloth to have a commensal relationship, the algae must benefit from living on the sloth without causing harm or negative impact to the sloth. The sloth should neither be harmed nor benefit from the presence of the algae. It is a one-sided relationship where only the algae benefits.
For algae and sloths to have a commensal relationship, the algae must benefit from living on the sloth (like receiving nutrients or protection) without harming or benefiting the sloth. The sloth must not be affected positively or negatively by the presence of the algae on its body.
Algae grow on the fur of three-toed sloths because the sloth's fur provides a moist and nutrient-rich environment for the algae to thrive. The algae provide camouflage for the sloth and can help deter predators by making the sloth blend in with its surroundings.
A commensal relationship requires that one organism benefits from the relationship without affecting the other organism. So, in order for that to be true, the algae would have to be neutral to the sloth... not harming it or aiding it (those relationships would be defined differently). It would have to not affect it at all.
The Sloth must be helped by the Algae in some wayThe sloth lives in a rainforest, any time it rains, it wets the fur of the sloth, consequently the algae grows on the wet fur.APEX students who are typing in quiz questions directly into Ask.com; do not suffer any delusion. You are cheating when you do this and if your teacher catches you they will reset the test/quiz you are working on.depends on the teacher actually and what school program you are in im in pass program and its allowed -anonymous
Sloths can have a greenish hue on their fur due to algae growing on them. The algae provide the sloths with camouflage, helping them blend in with their surroundings in the rainforest canopy. This unique relationship benefits both the sloths and the algae.
Sloths have adaptations for their slow lifestyle, including slow metabolism, long claws for hanging onto branches, and specialized muscles for climbing. Their fur hosts algae that provides camouflage and nutrients. Sloths also have a unique digestive system that efficiently processes their low-energy diet of leaves.
both organisms are benefited
Becuase both organisms benefit