Linked from

The 406 pages that link to Invasive species, each with the reason it gives.

• MynaRelated: Introduced common mynas have established populations that compete with native wildlife in some regions.

• Natural environmentRelated: Introduced species can reshape interactions and displace organisms in affected environments.

• Nilgiri MountainsRelated: Introduced plants such as wattle have altered parts of the Nilgiri grassland-forest mosaic.

• PeramelemorphiaRelated: Introduced predators and competitors contributed to severe declines in some species.

• PloceidaeRelated: Introduced house sparrows, also Ploceidae, have become invasive in some regions.

• r/K selection theoryRelated: Rapid reproduction can aid establishment, though it does not by itself predict invasiveness.

• Red king crabRelated: Introduced red king crabs in the Barents Sea have expanded and altered benthic communities.

• SalvinialesRelated: Some water ferns can form dense mats that obstruct waterways and alter aquatic habitats.

• ShrublandRelated: Invasive plants can alter fuels, outcompete native shrubs, and transform fire regimes.

• Torres del Paine National ParkRelated: Monitoring non-native species helps protect the park’s ecosystems.

• TyphaRelated: Some Typha species and hybrids expand aggressively in wetlands outside their native ranges.

• Ulmus parvifoliaRelated: Chinese elm can escape cultivation and naturalize in some regions outside its native range.

• Abies grandisRelated: Introduced pests and pathogens can threaten grand fir forests, even though native insects also cause damage.

• Acacia melanoxylonRelated: Outside Australia, naturalized blackwood can spread into native habitats and become difficult to control.

• Acer pseudoplatanusRelated: In parts of the British Isles and elsewhere, it spreads beyond cultivation and can alter woodland habitats.

• AchatinaRelated: Introduced Achatina relatives can damage crops and establish persistent populations.

• AcorusRelated: Introduced Acorus calamus can spread outside its native range, with impacts varying by region.

• Allium ursinumRelated: Wild garlic can spread vigorously beyond its native range, though it is not invasive everywhere.

• CoccinellidaeRelated: Introduced ladybirds can compete with or prey upon native species.

• Common starlingRelated: Introduced starlings have become invasive in some regions outside their native range.

• EurythermRelated: Broad thermal tolerance can help some introduced species establish across varied climates.

• Feral horseRelated: Some regions classify feral horses as invasive because of their ecological impacts.

• Flooded grasslands and savannasRelated: Altered water regimes can help invasive plants spread through floodplain habitats.

• Freshwater snailRelated: Introduced freshwater snails can spread rapidly and alter habitats or transmit parasites.

• HoneysuckleRelated: Some introduced honeysuckles escape cultivation and displace native vegetation.

• HypericumRelated: Hypericum perforatum is invasive in some regions, including parts of Australia and North America.

• Land snailRelated: Introduced land snails can damage crops and displace native species.

• LimpkinRelated: Introduced apple snails can alter prey availability and complicate local food-web effects.

• LoriiniRelated: Introduced predators threaten some island lorikeets and their nesting colonies.

• MelastomataceaeRelated: Some melastomes spread beyond their native ranges, prompting questions about management and impact.

• Nile monitorRelated: Established Nile monitor populations in Florida have prompted concern about impacts on native wildlife.

• NotopteridaeRelated: Introduced populations of some traded featherbacks raise concerns about establishment outside their native range.

• OmetepeRelated: Introduced species can threaten the island’s native ecosystems and endemic wildlife.

• ParakeetRelated: Escaped parakeets can form persistent populations beyond their native ranges.

• Rainbow lorikeetRelated: Introduced rainbow lorikeet populations raise questions about competition and impacts beyond their native range.

• RicefishRelated: Introduced fishes can compete with or prey on native ricefish populations.

• SciurusRelated: Introduced Sciurus species, especially eastern gray squirrels in Britain, can affect native wildlife.

• SolenodonRelated: Introduced cats, dogs, and mongooses prey on solenodons and alter their habitats.

• Starbuck IslandRelated: Introduced animals can threaten nesting seabirds even where no people live permanently.

• Tapinoma melanocephalumRelated: Human commerce has helped this ant establish populations far beyond its presumed native range.

• TaraxacumRelated: Some introduced dandelions spread widely, though their presence alone does not establish harmful impact.

• White-eyeRelated: Introduced white-eyes, especially the Japanese white-eye, have altered communities on islands.

• WisteriaRelated: Some introduced Asian wisterias escape cultivation and smother vegetation in parts of North America.

• Acacia decurrensRelated: Black wattle has naturalized outside Australia and can form dense stands in some regions.

• Acer saccharinumRelated: Outside its native range, silver maple can escape cultivation, though its impact varies by location.

• AchilleaRelated: Some yarrow forms spread aggressively outside cultivation, though impacts vary by region and variety.

• Astacus astacusRelated: Introduced North American crayfish can compete with the noble crayfish and carry its pathogen.

• Barbary sheepRelated: Aoudad populations established outside North Africa can compete with native wildlife.

• BerlengasRelated: Introduced species can disrupt the archipelago’s vulnerable island ecosystems.

• Black bullheadRelated: Introduced black bullheads can compete with native fishes and alter local communities.