Linked from

The 72 pages that link to Marine food web, each with the reason it gives.

• Ocean acidificationNarrower topic: Changes to sensitive species can alter prey availability and ripple through marine communities.

• Coral reefNarrower topic: Reef species are linked through feeding relationships that extend beyond individual colonies.

• SharkNarrower topic: Sharks occupy varied predator roles within these interconnected ecosystems.

• PlanktonNarrower topic: Plankton form the base or an early link in many marine food webs.

• ZooplanktonNarrower topic: Zooplankton connect microscopic producers and microbes to fish, seabirds, and marine mammals.

• MosasaurNarrower topic: Mosasaurs occupied high predator levels, so their extinction altered marine ecological structure.

• Pelagic fishNarrower topic: Pelagic fish transfer energy from plankton and smaller fish to larger predators.

• Humboldt CurrentNarrower topic: Upwelling fuels plankton at the base of food webs that support the region's fish and seabirds.

• Climate change and fisheriesNarrower topic: Climate impacts on plankton and prey can propagate to commercially caught fish.

• Marine fisheriesNarrower topic: Harvesting species can alter predators, prey, and ecosystem structure.

• AnchovyNarrower topic: Changes in anchovy abundance can affect many predators and prey.

• Atlantic herringNarrower topic: Herring transfer energy from plankton to larger fish, seabirds, and marine mammals.

• AukNarrower topic: Auks link small fish and plankton to larger marine predators through feeding.

• Mesopelagic fishNarrower topic: Mesopelagic fish transfer energy between plankton, predators, and deeper waters.

• Ciguatera fish poisoningNarrower topic: Ciguatoxins pass from toxin-producing algae through prey to larger reef fish.

• Eicosapentaenoic acidNarrower topic: EPA passes through marine food webs from microscopic producers into fish and other seafood.

• Jellyfish bloomNarrower topic: Blooms can redirect energy flows by consuming plankton and becoming food for predators.

• Plesiosaur feedingNarrower topic: Plesiosaur diets depended on prey available within ancient marine food webs.

• ViperfishNarrower topic: Viperfish prey on smaller animals and are themselves part of deep-sea feeding networks.

• NeustonNarrower topic: Neuston provide food for surface-feeding animals and consume organisms or particles from the water.

• African penguinNarrower topic: The penguin's prospects depend on interacting changes in fish populations, predators, and ocean conditions.

• HaptophyteNarrower topic: Haptophytes support marine consumers as photosynthetic plankton and, in some cases, prey.

• NeedlefishNarrower topic: Needlefish both prey on smaller animals and provide food for larger predators.

• Alaska pollockNarrower topic: Pollock abundance affects predators and prey across the North Pacific food web.

• Colossal squidNarrower topic: Its precise position and influence in Antarctic food webs remain difficult to measure.

• Little penguinNarrower topic: The little penguin’s survival depends on the availability of prey within coastal food webs.

• ChaetognathaNarrower topic: Arrow worms link small planktonic prey to larger predators.

• Chrysaora fuscescensNarrower topic: As both predator and prey, the species occupies several food-web links.

• GuillemotNarrower topic: Guillemots transfer marine prey into coastal breeding ecosystems and serve as predators of small fish.

• Pacific bluefin tunaNarrower topic: As both predator and prey, the tuna links multiple levels of North Pacific food webs.

• TrumpetfishNarrower topic: Trumpetfish transfer energy from small reef fish to larger predators that eat them.

• Chilean SeaNarrower topic: Nutrient-rich waters support food webs from plankton to seabirds and fisheries.

• Coastal fishNarrower topic: Coastal fish occupy many levels of productive nearshore food webs.

• Deep-sea communityNarrower topic: Food-web structure links scarce organic inputs to predators and scavengers.

• LancetfishNarrower topic: Lancetfish connect smaller prey with larger predators as midwater consumers.

• NereididaeNarrower topic: Nereidids consume small organisms and detritus, while serving as prey for fish and shorebirds.

• Ocean surface ecosystemNarrower topic: Surface production feeds consumers and connects the ocean boundary to deeper trophic levels.

• TropicbirdNarrower topic: Tropicbirds are predators within food webs linking surface fish and squid to seabirds.