An interaction in which one organism lives as a dependent off another organism without causing damage or interference is what a commensal relationship is.
Specifically, the term comes from the medieval Latin word commensalis for "sharing a meal" (preposition com"together" + mensa "meal, table"). It may be considered controversial since it demands that the survival of the dependent is realized without affecting that of the independent organism. Some scientists suggest as commensalist the interaction of barnacles on whales.
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.
Bacteria can be commensal, meaning they live on or in an organism without causing harm or benefit. The relationship can be neutral, beneficial, or harmful depending on the specific circumstances.
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.
A parasite's friend could be another organism that benefits from the relationship, such as a commensal or mutualistic partner. These organisms may provide the parasite with some advantage or assistance in its lifecycle.
Any symbiotic relationship in which one organism benefits while the other is unaffected is called a commensalisticrelationship.
Commensal. For example: These two organisms are in a commensal relationship.
Commensalism is a type of relationship where one of the organisms benefits greatly from the symbiosis. The other is not helped but is not harmed or damaged from the relationship. In other words, this is a one-sided symbiotic relationship. The giant panda does not fit the definition of commensal as it eats bamboo and the bamboo is harmed in this relationship.
A starfish and a scale worm have a commensal relationship (commensal is a type of symbiotic relationship where the host benefits the stowaway but doesn't harm the host):The sea star provides protection and food for the scale worm. The scale worm doesn't harm the sea star, therefore it is a commensal relationship.
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.
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.
A predator benefits in a commensal relationship. The adjective 'commensal' means 'sharing of food'. The interaction also may be described by the noun 'commensalism'. In the relationship, a predator takes advantage of the action or condition of an unaffected party to do harm to a potential prey, which then becomes a very real food source.For example, insects flee before advancing army ants [Formicidae family]. The ants are unaffected. The insects run before they become obstacles in the ants' path. They aren't food sources for the ants. But they become food sources to hovering, nearby birds.In the interaction, the birds benefit, the ants keep on doing what they need to do, and the insects turn into fresh prey. So the relationship is commensal between the benefiting birds and the unaffected ants.
i don't think anything good or bag will happen to the other organism..
The E. coli bacteria that reside in the human large intestine and produce vitamin K are commonly known as commensal bacteria. They have a mutually beneficial relationship with the human body, aiding in vitamin production while taking nourishment from the host.
The tiger kills food but doesn't eat all of it. The jackal eats the rest. The jackal gets food and the tiger is not harmed.
Bacteria can be commensal, meaning they live on or in an organism without causing harm or benefit. The relationship can be neutral, beneficial, or harmful depending on the specific circumstances.
Cattle egrets are commensal animals. They consume the insects that cattle and livestock disturb while they are grazing in pastures.
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.