Linked from

The 155 pages that link to Trophic cascade, each with the reason it gives.

• Arctic food webRelated: Predator declines or increases can indirectly alter prey and vegetation in Arctic systems.

• Elephant poachingRelated: Removing elephants can alter vegetation and habitat used by other species.

• Feeding ecologyRelated: Changes in feeding can alter populations and ecosystem processes far beyond the consumer.

• GranivoreNarrower topic: Predator changes can alter granivore numbers and, in turn, seed survival.

• King crabRelated: Changes in king crab abundance can affect seafloor prey and the predators that depend on them.

• MolluscivoryRelated: Changes in molluscivore abundance can propagate through shellfish and their competitors.

• Native speciesRelated: The loss or return of native predators can trigger ecosystem-wide effects.

• PhytophagyRelated: Predators of phytophagous animals can indirectly alter plant abundance and condition.

• Plant-herbivore interactionsRelated: Changes in herbivore abundance can alter plant biomass through effects of predators.

• WaterbirdRelated: Waterbird feeding can alter prey populations and affect lower food-web levels.

• CaribouRelated: Changes in caribou abundance can reshape vegetation and predator relationships.

• ClupeidaeRelated: Changes in clupeid abundance can alter predators and plankton through the food web.

• Dire wolfRelated: Dire wolves were among the large predators shaping Pleistocene food webs.

• Grazing ecologyRelated: Predators can alter herbivore numbers or behavior, changing grazing effects on vegetation.

• Grizzly bearRelated: Grizzly predation and scavenging can alter prey behavior and food availability for other animals.

• Jellyfish bloomRelated: Changes in fish predators or competitors can indirectly alter jellyfish abundance.

• Livestock predationRelated: Removing predators after livestock losses can alter prey populations and wider ecosystems.

• Moray eelRelated: Changes in moray abundance can alter prey populations and reef food-web relationships.

• White rhinocerosRelated: Changes in large-grazer abundance can shift grass height and affect other species.

• Freshwater food webRelated: Predator changes can reshape prey abundance and ripple down to algae or plants.

• Late Pleistocene extinctionsRelated: Removing large herbivores and predators may have reorganized ecosystems beyond the extinct species themselves.

• OtterRelated: Otter predation can trigger cascading changes in coastal ecosystems.

• Wildlife foodRelated: Changes in food resources or consumers can propagate through connected feeding relationships.

• Antarctic toothfishRelated: Changes in toothfish abundance can affect both their prey and predators.

• Argentine antRelated: Changes in native ant and arthropod populations can propagate through invaded food webs.

• Army antRelated: Army-ant predation can indirectly reshape prey communities and the behavior of their predators.

• MesocarnivoreRelated: Changes in mesocarnivore numbers can ripple through prey and vegetation.

• Sea lionRelated: Changes in sea lion abundance can affect prey populations and the animals that depend on them.

• Sumatran tigerRelated: The loss of a top predator can alter prey numbers and forest dynamics.

• Eurasian eagle-owlRelated: Changes in eagle-owl abundance can affect prey populations and competing predators.

• European perchRelated: Changes in perch numbers can alter prey populations and reverberate through lake ecosystems.

• Grass carpRelated: Removing aquatic plants can reshape habitat and affect organisms across the food web.

• HypercarnivoreRelated: Changes in hypercarnivore abundance can indirectly alter prey and vegetation through cascading effects.

• LutjanidaeRelated: Changes in snapper abundance can affect prey populations and reverberate through reef food webs.

• Parasitoid waspRelated: By reducing herbivore numbers, parasitoid wasps can indirectly affect plants and other consumers.

• Sardines as foodRelated: Sardine population swings can alter food available to predators and plankton-eating fish.

• WildebeestRelated: Changes in wildebeest abundance can alter vegetation, fire, and predator dynamics.

• WildlifeRelated: Changes in wildlife populations can ripple through food webs.

• Yellow crazy antRelated: Crab declines reduce grazing and disturbance, reshaping forest-floor vegetation.

• Big-game huntingRelated: Removing large predators or herbivores can reshape food webs.

• Haast's eagleRelated: The eagle’s loss altered predator-prey relationships in an ecosystem already losing moa.

• Humphead wrasseRelated: Removing a large predator can alter interactions among reef invertebrates and their predators.

• MuskratRelated: Predators that eat muskrats can indirectly influence wetland vegetation through food-web effects.

• PeccaryRelated: Changes in peccary abundance can affect predators and the plants they consume.

• Sunflower sea starRelated: Losing a major urchin predator can release its prey and alter kelp-forest communities.

• Weaver antRelated: Predation by weaver ants can alter pest abundance and interactions across orchard food webs.

• Alpine lakeRelated: Introduced fish can trigger cascades through alpine lake plankton and invertebrate communities.

• Carcinus maenasRelated: By consuming key grazers and shellfish, green crabs can alter food-web structure.

• Ecosystem collapseRelated: Loss of key species can propagate through food webs and destabilize ecosystem functions.

• Formica rufaRelated: Predation by red wood ants can affect herbivorous insects and, in turn, forest vegetation.