Linked from

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

• Freshwater fisheriesRelated: Introduced fish can compete with native species and reshape inland fisheries.

• Grassland restorationRelated: Invasive plants can block native establishment and require targeted control during recovery.

• King crabRelated: Introduced red king crabs have expanded in parts of the Barents Sea and raised ecological concerns.

• Littoral zoneRelated: Invasions can transform nearshore food webs and plant communities.

• Native speciesCompared with: Invasiveness adds harmful impacts; non-native status alone does not imply them.

• TranslocationCompared with: An ill-chosen movement can establish harmful populations rather than restore native ones.

• WeaselRelated: Introduced weasels have harmed native wildlife on islands such as New Zealand.

• AnnobónRelated: Island ecosystems can be especially vulnerable to species introduced by ships and settlement.

• Arctic biodiversityRelated: Changing climate and human activity can facilitate new arrivals in Arctic ecosystems.

• Baker IslandRelated: Managing introduced organisms helps protect Baker’s native island and reef communities.

• Butterfly gardeningRelated: Choosing noninvasive plants avoids gardens becoming sources of ecological spread.

• Eastern gray squirrelRelated: Introduced populations in Britain compete with native red squirrels and damage some trees.

• Eastern North American forestRelated: Introduced plants, insects, and pathogens can alter eastern forest composition.

• Human impact on the environmentRelated: Trade and travel move organisms into ecosystems where they can displace native species.

• Juan Fernández IslandsNarrower topic: Introduced mammals and plants threaten native species evolved in isolation.

• Komodo National ParkRelated: Introduced species can alter the island ecosystems that park management seeks to conserve.

• Mediterranean forests, woodlands, and scrubRelated: Introduced plants can alter fuel loads, competition, and fire patterns in these ecosystems.

• Northern pikeRelated: Introduced pike can disrupt native food webs where they establish outside their natural range.

• Oceanic dispersalRelated: Human-assisted ocean crossings can bypass natural barriers and enable biological invasions.

• Phoenix IslandsRelated: Introduced animals can disrupt seabird colonies and native island ecosystems.

• Polar ecosystemRelated: Warming and transport can help newcomers establish in polar communities.

• RhododendronNarrower topic: Introduced Rhododendron ponticum can displace native vegetation in some landscapes.

• SalixRelated: Some introduced willows spread beyond cultivation and alter local streamside habitats.

• ScincidaeRelated: Introduced skinks can establish populations and affect local ecological communities.

• Sugar gliderCompared with: Introduced populations in places such as Tasmania illustrate how the species can affect ecosystems outside its native range.

• SynanthropyCompared with: Synanthropy describes association with human environments, not invasion or harmful impact.

• Temperate broadleaf and mixed forestsRelated: Introduced pests and plants can transform forest composition and threaten native species.

• WalleyeNarrower topic: Introduced predators and competitors can change walleye prey and survival.

• Water hyacinthNarrower topic: Water hyacinth exemplifies how an introduced plant can become a damaging invader.

• Black ratNarrower topic: Introduced black rats have become invasive on islands and other ecosystems.

• Brown troutRelated: Introduced brown trout can prey on or compete with native species in some ecosystems.

• Common mynaNarrower topic: The common myna is classified as invasive in several regions beyond its native range.

• ConstrictorRelated: Released or escaped constrictors can become invasive, as Burmese pythons have in Florida.

• EulipotyphlaRelated: Introduced predators have contributed to the vulnerability of some island mammals, including solenodons.

• Freshwater food webRelated: Introduced predators and competitors can redirect energy flows and displace native consumers.

• Great Basin DesertRelated: Invasive plants can change fire patterns and displace native vegetation.

• HerpestidaeRelated: Introduced mongooses became invasive on islands, harming native wildlife.

• HylidaeRelated: Introduced hylids such as the Cuban tree frog can disrupt native animal communities.

• Insect collectingRelated: Collected specimens can help detect newly introduced insects and track their spread.

• Jarvis IslandRelated: Introduced rats damaged Jarvis’s nesting seabirds before their eradication.

• Johnston AtollRelated: Introduced species have threatened native wildlife on the atoll.

• Nicobar pigeonRelated: Introduced predators on islands can threaten ground-nesting birds and their eggs.

• Polynesian ratNarrower topic: On many islands, the rat is an introduced animal with damaging ecological effects.

• PortunidaeRelated: Some portunids establish populations outside their native ranges and disrupt local communities.

• Rainbow troutRelated: Introduced rainbow trout can compete with native fishes and alter local food webs.

• Red junglefowlCompared with: Domestic chickens can establish feral populations, unlike the junglefowl in its native ecosystems.

• Reticulated pythonRelated: Introduced reticulated pythons can pose ecological concerns outside their native range.

• Shellfish aquacultureRelated: Imported seed, equipment, and stock can carry non-native species into farm waters.

• StarlingNarrower topic: Some introduced starlings spread rapidly and compete with native wildlife.

• Temperate forestRelated: Introduced pests and plants can alter forest regeneration and food webs.