Linked from

The 81 pages that link to Fisheries management, each with the reason it gives.

• Marine protected areaRelated: MPAs can complement catch limits and other fisheries measures.

• Trophic cascadeRelated: Removing or restoring predators can change prey populations and the wider food web.

• Fish migrationRelated: Seasonal closures and catch limits can account for migration timing.

• Traditional ecological knowledgeRelated: Fishers’ accumulated knowledge can contribute to understanding species, habitats, and changing stocks.

• Trophic levelRelated: Catch and food-web models use trophic positions to assess ecosystem effects of fishing.

• Marine conservationRelated: Catch limits and gear rules can reduce overfishing and harm to non-target species.

• Collective action problemRelated: Each fisher gains from a larger catch, while overharvesting depletes the shared resource.

• Aquatic food webRelated: Food-web interactions reveal how harvesting one species can affect others.

• Elinor OstromRelated: Fisheries illustrate the monitoring and cooperation challenges common to shared resources.

• Larval dispersalRelated: Larval supply links fishing grounds, so managing stocks may require accounting for distant source habitats.

• Population dynamicsRelated: Population estimates inform harvest limits and rebuilding plans.

• Fish taxonomyRelated: Managers need accurate species identities to monitor catches and population trends.

• Marine Stewardship CouncilRelated: Fishery certification evaluates whether management can sustain stocks and limit environmental harm.

• CommonsRelated: Fisheries expose the challenge of governing mobile, harvestable resources.

• Aquatic ecosystemRelated: Harvest rules can affect aquatic food webs and the persistence of fish populations.

• Seabird conservationRelated: Fishing rules can reduce seabird deaths and preserve prey populations.

• Climate change and fisheriesRelated: Moving stocks complicate quotas, seasons, and cooperation across jurisdictions.

• FishingRelated: Catch limits, seasons, and protected areas seek to keep fishing sustainable.

• Arafura SeaRelated: Shared and valuable fish stocks require effective oversight.

• Fishing industryRelated: Rules set access, catch limits, and conditions for commercial harvest.

• Arctic charRelated: Harvest limits and local monitoring help protect vulnerable char populations.

• Benthic ecologyRelated: Seabed ecology reveals how bottom fishing affects habitats and associated species.

• Marine ecologyRelated: Population and food-web ecology inform decisions about harvest limits and ecosystem impacts.

• Turtle excluder deviceRelated: Managers use equipment requirements to reduce protected-species deaths in trawl fisheries.

• Aquatic ecologyRelated: Applies population and food-web knowledge to sustain aquatic resources.

• Atlantic herringRelated: Herring population fluctuations make catch limits and coordinated management consequential.

• Fish hatcheryRelated: Managers may use hatchery fish as one tool alongside habitat protection and harvest rules.

• Fish marketRelated: Catch limits and rules influence which species and quantities reach markets.

• King crabRelated: King crab fisheries rely on stock assessments, size limits, and harvest controls.

• Skipjack tunaRelated: Catch limits and fishing controls help manage skipjack stocks across international waters.

• Steller sea lionRelated: Fishery rules can address competition for prey and accidental interactions.

• CodRelated: Cod stocks require catch limits and monitoring to prevent overfishing.

• Garrett HardinRelated: Fisheries show how access rules and collective institutions can prevent depletion.

• ClupeiformesRelated: Rapid changes in clupeiform abundance make catch limits and monitoring consequential.

• Fish as foodRelated: Rules on catches and access shape which fish remain available as food.

• GadiformesRelated: Gadiform fisheries require monitoring and rules that respond to changing stock conditions.

• Slipper lobsterRelated: Catch limits and habitat protections can affect exploited slipper lobster populations.

• European perchRelated: Harvest limits and monitoring can protect perch populations from excessive fishing pressure.

• MilkfishRelated: Managing wild broodstock and fry collection can reduce pressure on coastal fish populations.

• OpahRelated: Catch records and stock assessments guide decisions about opah harvests.

• Pacific sauryRelated: Managing saury fisheries requires monitoring a migratory stock across national waters.

• FishermanRelated: Rules such as quotas and seasons shape when and how fishermen work.

• LofotenRelated: Rules governing cod stocks shape the scale and timing of local fishing.

• LutjanidaeRelated: Catch limits and habitat protections can address depletion of slow-growing snapper stocks.

• Ocean sunfishRelated: Management can reduce accidental sunfish mortality in commercial fishing gear.

• ParrotfishRelated: Parrotfish catch limits and size rules can reduce pressure on reef-grazing populations.

• Red king crabRelated: Quotas, closures, and minimum sizes are used to manage red king crab harvests.

• TurbotRelated: Management determines how turbot catches can be balanced with population persistence.

• Gulf of MaineRelated: Managers must adapt rules as stock abundance and species ranges change.

• Jellyfish as foodRelated: Harvesting edible jellyfish requires attention to species, stock changes, and ecosystem effects.