Linked from

The 30 pages that link to Ecosystem-based fisheries management, each with the reason it gives.

• BycatchNarrower topic: Bycatch links a single fishery to food webs and species beyond its target.

• OverfishingRelated: It addresses ecological effects that single-stock harvest limits can miss.

• Fisheries managementNarrower topic: It extends decisions beyond single-stock catch targets.

• Marine food webRelated: Food-web relationships reveal how fishing one species can affect others.

• FisheriesRelated: It broadens decisions beyond single-stock catch targets.

• Antarctic krillNarrower topic: Krill harvest limits are assessed in relation to predators and ecosystem effects, not only catch size.

• Marine ecosystemRelated: It treats harvested populations as parts of connected marine ecosystems.

• Small-scale fisheriesRelated: It accounts for the habitats and food webs that sustain small-scale catches.

• Maximum sustainable yieldCompared with: Maximizing one stock's catch can overlook effects on predators, prey, and habitats.

• Bottom trawlingRelated: This approach weighs catches against broader ecosystem effects of bottom trawling.

• Fish stock assessmentNarrower topic: Single-stock estimates can inform, but do not by themselves capture, wider ecosystem effects.

• Sustainable fisheriesNarrower topic: It broadens management beyond the status of a single harvested stock.

• Sustainable seafoodRelated: It addresses the limits of evaluating sustainability one harvested species at a time.

• Arctic marine ecosystemRelated: It considers Arctic food-web relationships alongside individual target stocks.

• Crab fisheryNarrower topic: It offers a broader approach when crab harvest affects ecosystems beyond target stocks.

• Climate change and fisheriesRelated: It incorporates climate-driven changes in habitats, food webs, and species interactions.

• Fisheries scienceNarrower topic: It extends decisions beyond single-stock abundance to ecosystem effects and dependencies.

• FishingRelated: It addresses ecosystem effects that single-stock catch targets can miss.

• Marine fisheriesRelated: It broadens decisions beyond the abundance of a single target stock.

• Antarctic krill fisheryRelated: CCAMLR's krill rules are framed around ecosystem conservation, not only stock yield.

• Forage fishRelated: It accounts for predators’ need for forage fish when setting harvest limits.

• Shark conservationRelated: It addresses ecosystem effects that single-species shark rules can miss.

• Sustainable harvestingRelated: It broadens harvest decisions beyond the abundance of one commercially valued population.

• Acoustic surveyRelated: Survey estimates can inform ecosystem-scale decisions about fish populations and their prey.

• Tuna fishingRelated: Managing tuna requires accounting for bycatch and wider ecosystem effects, not just target stocks.

• Atlantic menhadenNarrower topic: Menhaden management must account for the predators that depend on them.

• ClupeidaeRelated: Managing clupeid harvests requires accounting for their importance as prey as well as catch.

• Snow crabNarrower topic: Snow crab management must account for changing habitat and food-web conditions.

• MenhadenRelated: Menhaden management has prompted debate over accounting for predators' food needs.

• Pandalus borealisRelated: Managing this shrimp requires accounting for its predators, prey, and habitat.