Linked from

The 48 pages that link to Mutualism, each with the reason it gives.

• Keystone speciesRelated: A species that provides essential pollination or seed dispersal can shape community composition.

• EcologyRelated: It shows how cooperation between species can affect survival and abundance.

• EndosymbiosisRelated: Many persistent endosymbioses involve benefits exchanged between host and resident.

• PollinatorRelated: Many plant–pollinator relationships exchange pollen transfer for food.

• GroomingRelated: Some interspecies grooming exchanges provide food and parasite removal.

• Coral reef fishRelated: Cleaner fish and client fish illustrate reciprocal benefits within reef communities.

• EctomycorrhizaRelated: Both partners can benefit through nutrient and carbon exchange.

• Community (ecology)Related: Mutualisms can support persistence and change the composition of communities.

• MyrmecochoryRelated: Plants gain transport while ants obtain food from elaiosomes.

• Native speciesRelated: Native plants and animals can maintain mutualisms formed through long co-occurrence.

• ToucanRelated: Fruit-eating toucans and fruiting trees can benefit through food and seed dispersal.

• Carnivory in plantsRelated: Some pitcher plants rely on animal partners that contribute nutrients or protection.

• PlanthopperRelated: Some planthoppers associate with ants, which protect them in exchange for honeydew.

• Fruit doveRelated: Fruit trees provide food, while seed movement can benefit the plants.

• Honeypot antRelated: Some honeypot ant species exchange protection for food with plants or other organisms.