Linked from

The 38 pages that link to Trophic level, each with the reason it gives.

• PredationRelated: Predators occupy consumer levels determined by the organisms they eat.

• Trophic cascadeNarrower topic: Cascades propagate when abundance or behavior changes across these positions.

• HerbivoryRelated: Herbivores typically occupy the level between primary producers and predators.

• Food webBroader topic: Trophic levels organize organisms by their positions across the web.

• Marine food webNarrower topic: It describes how marine organisms are grouped by their routes of energy acquisition.

• Ecological nicheRelated: Feeding position captures one important dimension of a species’ ecological role.

• OmnivoryRelated: Omnivores can occupy several trophic positions by eating plants and animals.

• HerbivoreNarrower topic: Herbivores occupy the consumer level that feeds directly on producers.

• InsectivoryNarrower topic: Insectivores commonly occupy consumer levels above the plants or detritus supporting their prey.

• InsectivoreRelated: Eating insects places insectivores among consumers in food webs.

• BiomagnificationNarrower topic: Biomagnification describes concentration changes across these successive positions.

• CarnivoryRelated: Carnivory commonly places animals above the organisms they consume.

• DetritivoreRelated: Detritivores form feeding links from dead organic matter to their consumers.

• EcosystemBroader topic: Trophic levels organize the feeding positions through which ecosystem energy flows.

• Aquatic food webBroader topic: Trophic levels organize feeding links from producers through successive consumers.

• Soil food webRelated: Trophic levels help describe energy transfer, though soil diets often cross several levels.

• OmnivoreRelated: Omnivores may occupy different trophic positions depending on what they eat.

• PiscivoryRelated: Fish-eating animals occupy trophic positions shaped by the fish they consume.

• Forest ecologyRelated: Trophic relationships connect forest producers, consumers, and decomposers.

• DecomposerNarrower topic: Decomposers process material originating at every feeding level.

• Coral reef fishRelated: Fish occupy varied feeding positions, from algae grazers to predators.

• Food chainRelated: Each step in a chain marks a successive trophic level.

• Forage fishNarrower topic: Forage fish occupy intermediate positions between plankton and larger predators.

• Marine ecologyRelated: Trophic levels help describe energy transfer through marine communities.

• Trophic ecologyBroader topic: Trophic levels organize organisms by their feeding roles and energy sources.

• Integrated multi-trophic aquacultureNarrower topic: The system's species are chosen from different positions in food webs.

• Mercury in fishRelated: A fish’s position helps predict its exposure through contaminated prey.

• BiomassRelated: Biomass is distributed unevenly among feeding positions in an ecosystem.

• Feeding ecologyRelated: Feeding links place animals at particular positions in food chains.

• MixotrophyRelated: Mixotrophs can occupy more than one feeding position at once.

• Extinction selectivityRelated: Extinction pressure can propagate unevenly across producers, consumers, and top predators.

• Freshwater food webBroader topic: Trophic levels organize the feeding positions linked within a freshwater web.

• HeterotrophRelated: A heterotroph's food source helps determine its position in a food web.

• HypercarnivoreRelated: A hypercarnivore often occupies a high trophic position by eating other consumers.

• Bagheera kiplingiRelated: The spider’s diet complicates assumptions about its place as a predator.

• Ingestion (biology)Related: Ingestion transfers matter and energy between feeding positions.

• HippoideaRelated: Hippoids transfer energy from suspended particles to shorebirds and other predators.

• Isotopes of nitrogenRelated: Nitrogen-15 enrichment can help estimate an organism's trophic position.