Linked from

The 79 pages that link to Food web, each with the reason it gives.

• PhotosynthesisRelated: Photosynthetic organisms provide organic matter that supports most food webs.

• InsectRelated: Insects serve as prey, predators, herbivores, and decomposers in many food webs.

• OmnivoryRelated: Omnivores connect plant-based and animal-based pathways in food webs.

• Plastic pollutionRelated: Plastic particles and associated chemicals can move among organisms through feeding, with consequences that depend on context.

• InsectivoryRelated: Insectivores connect arthropod populations to predators and other consumers.

• EcologyRelated: It maps how energy and matter pass through interacting species.

• Primary productionRelated: Primary production supplies the organic energy that supports food webs.

• Harmful algal bloomRelated: Bloom toxins and biomass shifts can propagate through aquatic food webs.

• Persistent organic pollutantRelated: Food-web transfers help explain how persistent chemicals move from contaminated environments into predators.

• EcosystemRelated: Food webs show how energy and nutrients move among an ecosystem’s organisms.

• AnimalRelated: Animals occupy consumer roles that link producers, prey, and predators.

• Fish stockingRelated: New fish can consume native species or compete with them for prey.

• KleptoparasitismRelated: Theft redirects energy among consumers without necessarily changing who captured the food.

• PiscivoryRelated: Piscivores connect fish populations to their predators and other food-web pathways.

• AntRelated: Ants act as predators, prey, scavengers, and seed dispersers within food webs.

• Insect declineRelated: Insects are prey and consumers, so population changes can propagate through ecological networks.

• Aquatic insectRelated: Aquatic insects consume algae and detritus, then feed fish and terrestrial predators.

• EntomologyRelated: Insects connect plants, predators, parasites, and decomposers in food webs.

• Freshwater habitatRelated: Energy and nutrients pass among producers, consumers, and decomposers in freshwater.

• HexapodaRelated: Hexapods serve as predators, herbivores, parasites, and prey in terrestrial food webs.

• PlantRelated: Plant production supplies energy to herbivores and indirectly to higher consumers.

• Benthic feedingRelated: Benthic feeding links bottom-dwelling consumers to prey and organic matter.

• BiosphereRelated: Food webs transfer energy and nutrients through biospheric communities.

• Deciduous treeRelated: Leaf fall supplies detritus that supports decomposers and organisms that feed on them.

• Food cachingRelated: Caching and cache theft redistribute resources among competitors and affect seed-eating relationships.

• Marine ecologyRelated: Food webs trace how energy and nutrients move among marine species.

• Trophic ecologyRelated: Food webs map the interconnected feeding relationships trophic ecology investigates.

• Wildlife disease ecologyRelated: Predation and species interactions can alter host abundance and pathogen transmission.

• Community (ecology)Related: Food webs represent one major subset of interactions within a community.

• Sea lampreyRelated: By killing or weakening large fish, sea lampreys altered predator-prey relationships in the lakes.

• American shadRelated: Shad serve as prey for predators in rivers and coastal waters.

• Feeding ecologyRelated: Food webs show how animal diets connect species.

• African fish eagleRelated: The eagle is a predator and scavenger linking aquatic prey to larger consumers.

• Bearded vultureRelated: The bird’s specialized feeding links carcasses and bone resources to a distinct consumer.

• HypercarnivoreRelated: Hyper carnivores can shape food-web structure through their consumption of animal prey.

• Long-tailed weaselRelated: The weasel links small-mammal populations to larger predators that eat it.

• Parasite ecologyRelated: Parasites add links to food webs and can redirect energy among hosts and consumers.

• WildlifeRelated: Wildlife species depend on prey, plants, and competitors within connected food webs.

• LimpkinRelated: The limpkin links freshwater snails to the predators that feed on birds.

• NematomorphaRelated: Nematomorph emergence can transfer host-derived energy from land into water.

• Theoretical ecologyRelated: Food-web models trace how interaction structure shapes stability and energy flow.

• Black swallowerRelated: The black swallower links midwater predators to prey that may be much larger than expected.

• Crangon crangonRelated: This shrimp both consumes small seabed organisms and serves as prey for larger animals.

• HypocarnivoreRelated: Low meat consumption shapes a hypocarnivore's links to plants and prey.

• Leaf beetleRelated: Leaf beetles connect host plants to predators, parasitoids, and other consumers.

• Wildlife ecologyRelated: Food webs represent how wildlife species exchange energy through feeding.