Linked from

The 20 pages that link to Coevolution, each with the reason it gives.

• PathogenRelated: Host defenses and pathogen adaptations can exert selection on each other.

• Host plantRelated: Plant defenses and insect adaptations can evolve in response to one another.

• ParasiteRelated: Host defenses and parasite adaptations can evolve in response to each other.

• Host–pathogen interactionRelated: Host defenses and pathogen countermeasures can evolve in response to each other.

• PollinatorRelated: Plants and pollinators can shape each other’s traits across generations.

• NectarivoryRelated: Plant and nectarivore traits can evolve in response to one another.

• ParasitoidRelated: Hosts and parasitoids evolve interacting adaptations and counter-adaptations.

• Plant-animal interactionRelated: Repeated interaction can shape matching traits in plants and animals.

• Predator defenseRelated: Prey defenses can select for predator countermeasures, and vice versa.

• Native speciesRelated: Long-standing regional relationships can produce adaptations between native species.

• Leafcutter antRelated: Ant farmers and cultivated fungi have shaped one another over millions of years.

• Plant-pollinator interactionRelated: Some floral traits and pollinator behaviors have evolved in response to one another.

• Garter snakeRelated: Newt toxicity and snake resistance have evolved in response to one another.

• Plant reproductionRelated: Plant reproductive traits and pollinator traits can evolve in response to each other.

• Parasitoid waspRelated: Host defenses and parasitoid countermeasures can evolve in response to one another.