Linked from

The 147 pages that link to Island biogeography, each with the reason it gives.

• Montane ecosystemRelated: Isolated mountain habitats can resemble islands, with separated populations and distinct colonization patterns.

• Sunda clouded leopardRelated: The cat’s separation across Sumatra and Borneo makes island history relevant to its range.

• Amsterdam IslandRelated: Its remoteness constrains which species can arrive and persist.

• Antipodes IslandsRelated: The islands’ isolation helps explain their endemic species and vulnerable habitats.

• Atlantic canaryRelated: Its distribution across several oceanic archipelagos raises questions about island populations and dispersal.

• EupleridaeRelated: Madagascar’s isolation helped produce a carnivore family found nowhere else.

• EuropasaurusRelated: It frames hypotheses about the isolation and ecological limits of Europasaurus’s habitat.

• Evolution of reptilesRelated: Island isolation has influenced the survival and distinct evolution of reptiles such as tuatara.

• Guinea fowlRelated: Island populations such as those on Madagascar reveal how guinea fowl spread and diversified.

• Land snailRelated: Isolated islands often host distinctive land-snail faunas with high endemism.

• LoriiniRelated: It helps explain why small-island Loriini populations are especially vulnerable.

• Navassa IslandRelated: Navassa's isolation and small size make it a distinct setting for studying island ecosystems.

• OmetepeNarrower topic: Ometepe’s isolation within a lake shapes its habitats and wildlife communities.

• OpilionesRelated: Island harvestmen often show distinctive patterns of endemism and dispersal limitation.

• Raoul IslandRelated: Raoul’s isolation and volcanic history make it a natural setting for studying colonization.

• RicefishRelated: Ricefish diversification across Southeast Asian islands offers cases for studying isolation and speciation.

• ScolecophidiaRelated: Island blind snakes provide examples of dispersal and diversification across isolated habitats.

• SolenodonRelated: Island isolation helped preserve solenodons but also leaves them vulnerable to local threats.

• Subterranean biologyRelated: Isolated caves can behave like habitat islands for specialized species.

• TodyRelated: The family's island-restricted species make it a case of Caribbean diversification.

• Wanshan ArchipelagoRelated: The islands’ isolation and varied habitats frame questions about local biodiversity.

• White-eyeNarrower topic: White-eye distributions and introductions illustrate how isolation shapes island bird communities.

• BerlengasNarrower topic: The islands offer a clear setting for examining isolation’s ecological effects.

• Bornean bearded pigRelated: The pig’s distribution across Borneo and neighboring islands raises questions about population separation.

• CallosciurusRelated: Southeast Asian islands and peninsulas help structure the genus's distributions and isolated populations.

• Cerro SarisariñamaRelated: An isolated tepui summit can function like an ecological island.

• Desventuradas IslandsRelated: Its principles help explain the group’s limited but distinctive terrestrial biota.

• Dwarf elephantRelated: It provides a framework for understanding the isolation and limited resources behind dwarfing.

• Falkland Islands wolfNarrower topic: The warrah's presence on remote islands raises questions about colonization and isolation.

• Flying and gliding animalsRelated: Flight and gliding influence which animals reach isolated islands and establish populations.

• Fruit doveRelated: Fruit dove distributions help illustrate how isolation shapes island bird communities.

• GalaxiidaeRelated: Oceanic islands hold distinctive galaxiid populations shaped by isolation and dispersal.

• GallicolumbaRelated: Island isolation helps explain the genus’s scattered range and endemic species.

• Hawar IslandsRelated: It helps explain why habitat loss can have outsized effects on island wildlife.

• HydrosaurusRelated: The genus’s range across Southeast Asian islands makes isolation and island history central to its diversity.

• Lake islandRelated: Its principles help explain species patterns on isolated lake islands.

• MadtsoiidaeRelated: Some proposed madtsoiid dispersal histories depend on changing land connections and isolation.

• MeiolaniaRelated: Meiolania’s island populations offer evidence about how large terrestrial animals reached remote islands.

• MoʻoreaRelated: Moʻorea’s isolation and varied habitats shape its terrestrial and marine life.

• MyosotisRelated: Isolated islands such as New Zealand and subantarctic archipelagos host distinctive forget-me-not lineages.

• Oriental garden lizardRelated: Introduced populations on islands show how this adaptable lizard spreads beyond mainland Asia.

• Philippine eagleRelated: The eagle’s restricted range reflects the evolutionary and ecological effects of an archipelago.

• Subfossil lemurRelated: Madagascar's isolation produced unusual lemur diversity and vulnerability to ecological change.

• Tokara IslandsNarrower topic: The chain’s separated islands offer examples of isolation and species distribution.

• Tree kingfisherRelated: Island populations have contributed to the diversification of several tree-kingfisher lineages.

• Trindade and Martim VazRelated: Isolation helps explain the group’s distinctive and limited terrestrial communities.

• TropicbirdRelated: Remote islands provide tropicbirds with isolated breeding grounds and shape their distribution.