Linked from

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

• Danube DeltaRelated: Introduced species can alter the delta’s food webs and compete with native organisms.

• House mouseRelated: Human transport carried house mice to islands and other distant habitats.

• HymenopteraRelated: Introduced ants and social wasps can disrupt native communities and impose substantial control costs.

• InsectaRelated: Introduced insects can become damaging pests when they escape ecological constraints.

• LakeRelated: Introduced species can restructure lake food webs and displace native organisms.

• Rodent controlNarrower topic: Introduced rodents can damage ecosystems, motivating eradication as well as local population control.

• Wind dispersalRelated: Wind can carry invasive plant propagules across barriers into new habitats.

• Ballast waterNarrower topic: Ballast discharge is a major pathway by which aquatic species reach new ecosystems.

• ColubridaeRelated: Introduced colubrids can disrupt ecosystems, as brown tree snakes did on Guam.

• CrayfishNarrower topic: Crayfish introductions can turn some species into damaging invaders.

• Fur farmingNarrower topic: Escaped American mink from farms have established wild populations in parts of Europe and elsewhere.

• Habitat destructionCompared with: Invasive species can damage native populations within habitat that remains physically intact.

• Okavango DeltaNarrower topic: Invasive plants can alter waterways and compete with native delta vegetation.

• ParasitoidRelated: Escaped parasitoid introductions can affect native hosts and disrupt local food webs.

• PhylogeographyRelated: Genetic lineages can identify invasion sources, introduction numbers, and routes of spread.

• Tropical savannaRelated: Introduced grasses can change fuel loads and make savanna fires more frequent or intense.

• Wildlife translocationCompared with: Poorly chosen translocations can create new invasions beyond a species’ former range.

• Zebra musselNarrower topic: Zebra mussels exemplify how an introduced species can spread widely and cause lasting damage.

• AgamidaeRelated: Introduced agamids can establish outside their native ranges and alter local ecosystems.

• American minkNarrower topic: Introduced American mink are invasive in several regions beyond their native range.

• Aquarium tradeRelated: Released aquarium organisms can establish populations beyond their native range.

• BiofoulingRelated: Fouled vessel hulls can transport organisms between otherwise separated ecosystems.

• HerpetocultureRelated: Escaped or released captive animals can establish harmful populations outside their native ranges.

• Lake MalawiRelated: Introductions can disrupt native lake communities and fisheries.

• Mesopredator releaseRelated: Introduced mesopredators can produce release-like impacts where native top predators are absent.

• Nature reserveRelated: Invasions can undermine the species and habitats a reserve is meant to protect.

• Prince Edward IslandsRelated: Introduced species have threatened the islands’ native ecosystems and prompted eradication efforts.

• Reptile husbandryCompared with: Released or escaped pet reptiles can establish populations and threaten local ecosystems.

• Alpine ecologyRelated: Warming and human transport can help nonnative species establish in alpine ecosystems.

• Cave BiologyRelated: Introduced organisms can threaten cave species with restricted ranges and limited refuges.

• Common carpNarrower topic: Common carp are invasive in several regions beyond their native Eurasian range.

• Common nameRelated: Common names help communicate the identity and impacts of invasive organisms.

• CyprinidaeRelated: Introduced carp can disrupt habitats and compete with native species.

• Feral catRelated: Feral cats are treated as invasive predators in some ecosystems, though classifications vary.

• Heard Island and McDonald IslandsRelated: Strict biosecurity helps prevent introductions that could disrupt isolated island ecosystems.

• HydrochoryRelated: Waterways can act as corridors for the spread of introduced plants and aquatic organisms.

• Island tamenessNarrower topic: Introduced predators are one invasive-species pathway that can exploit island animals’ limited avoidance.

• MarshRelated: Introduced plants can alter marsh structure and displace native vegetation.

• MyrmecochoryRelated: Ants can disperse seeds of introduced plants as well as native ones.

• PappusRelated: Efficiently dispersed pappus-bearing plants can colonize distant disturbed habitats.

• PhasmatodeaRelated: Escaped or introduced phasmids can threaten vegetation and native ecosystems.

• Plant conservationRelated: Invasive plants can displace native species and complicate habitat management.

• PsittaciformesRelated: Introduced predators have contributed to severe declines among island parrots such as the kākāpō.

• PufferfishRelated: Some pufferfish populations outside their native ranges can disrupt fisheries and ecosystems.

• River transportRelated: Vessels can carry aquatic organisms between connected waterways.

• Sea lampreyNarrower topic: In the Great Lakes, sea lampreys spread beyond their native range and caused major ecological damage.

• Subantarctic climateRelated: Introduced mammals and plants can transform ecosystems already shaped by harsh island climates.

• SurtseyCompared with: Preventing human introductions helps distinguish natural colonization from invasion on Surtsey.

• CichlidRelated: Introduced cichlids can alter local food webs, as Nile tilapia have in some waters.

• Eastern deciduous forestsRelated: Introduced pests and plants can transform canopy composition and forest regeneration.