Linked from

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

• Oceanic dispersalRelated: Oceanic arrivals are the immigration events that replenish island species pools.

• ScincidaeRelated: Island skinks illustrate how isolation can produce distinctive faunas and endemism.

• ArchipelagoRelated: Island isolation and area help explain biodiversity patterns across archipelagos.

• Black ratRelated: Island isolation can make native wildlife especially vulnerable to introduced black rats.

• E. O. WilsonRelated: Wilson and Robert MacArthur developed a theory with direct implications for reserve design.

• EulipotyphlaRelated: The solenodons’ Caribbean ranges illustrate the evolutionary and conservation effects of island isolation.

• Nicobar pigeonRelated: Its scattered island range raises questions about dispersal and isolation.

• NothofagaceaeRelated: Isolated southern beech populations raise questions about dispersal and persistence across ocean barriers.

• OnychophoraRelated: Limited dispersal and humid habitat needs leave many velvet-worm species restricted to small regions.

• Polynesian ratRelated: Its island populations show how isolation and limited resources shape introduced species.

• BabirusaRelated: It helps explain the babirusa’s restricted range across Indonesian islands.

• Biological dispersalRelated: Dispersal from source regions helps determine which species reach islands.

• Boa constrictorRelated: Boa populations on islands illustrate how isolation can produce distinctive local forms.

• RhynchocephaliaRelated: Tuatara survival on offshore islands reflects isolation, local extinctions, and translocations.

• Amami ŌshimaRelated: Isolation helps explain why several animals and plants evolved only on Amami Ōshima and nearby islands.

• MacaronesiaRelated: Its framework helps explain variation in species numbers among Macaronesian islands.

• Monitor lizardRelated: Island isolation helped produce distinctive monitor species and raises questions about their dispersal.

• MuridaeRelated: Island murids can evolve distinctive forms yet face high extinction risks.

• SnailRelated: Island snail diversity offers unusually clear evidence of isolation and extinction shaping evolution.

• Uninhabited islandRelated: Its models explain how isolation shapes the wildlife of uninhabited islands.

• AldabraRelated: Aldabra’s isolation and endemic species make it a natural setting for this field.

• CampanulaceaeRelated: Remote islands fostered endemic campanulaceous lineages and shaped their vulnerability.

• Crowned pigeonRelated: The genus's distribution across New Guinea and nearby islands illustrates isolation's effects.

• Galápagos tortoiseRelated: It helps explain why isolated islands sustain distinct tortoise populations.

• Guadalupe IslandRelated: Its remoteness helps explain the island's distinctive native species and ecological vulnerability.

• HelicidaeRelated: Island helicids raise questions about dispersal, isolation, and rapid diversification.

• MegapodeRelated: Many megapodes occupy islands where isolation shapes their ranges and vulnerability.

• 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.

• 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.

• 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.