Linked from

The 25 pages that link to Maximum sustainable yield, each with the reason it gives.

• OverfishingRelated: It is a benchmark for setting harvest limits, though uncertainty can make it risky.

• Fisheries managementRelated: It is a traditional benchmark for evaluating harvest levels.

• FisheriesRelated: It is a central target in conventional approaches to setting fishing limits.

• Ecosystem-based fisheries managementCompared with: A stock-level yield target can conflict with ecosystem needs or broader conservation goals.

• Fish stock assessmentRelated: Assessments estimate the stock productivity needed to set or evaluate this harvest benchmark.

• Sustainable fisheriesRelated: It offers a harvest target, though uncertainty and ecosystem effects can make it risky as a sole goal.

• Atlantic codRelated: The concept has influenced cod catch targets, despite uncertainty about stock dynamics.

• Sustainable seafoodRelated: Catch limits often draw on this model, though uncertainty and ecosystem effects complicate its use.

• Demersal fishRelated: It is one benchmark used to set harvest limits for demersal fish stocks.

• OverexploitationRelated: It defines a widely used benchmark for judging whether harvest exceeds recovery.

• Fisheries scienceRelated: It provides a harvest target, though real ecosystems make the estimate uncertain.

• FishingRelated: This target shapes catch limits, but its assumptions can oversimplify changing ecosystems.

• Marine fisheriesRelated: Managers have used this benchmark to set harvest targets, despite its ecological limits.

• Peruvian anchovetaRelated: This management benchmark informs catch limits for the anchoveta fishery.

• Forage fishCompared with: Single-stock yield targets can overlook the food-web costs of harvesting forage fish.

• Sustainable useRelated: It formalizes a harvest ceiling, though uncertainty can make the calculated maximum risky.

• Marine fishRelated: Fisheries management has used this target, though uncertainty makes it difficult to achieve reliably.

• Purse seiningRelated: Purse-seine catch limits are often judged against stock sustainability goals.

• Sustainable harvestingCompared with: Unlike the broader sustainability goal, this single-species target can neglect uncertainty and ecosystem effects.

• Tuna fishingRelated: Tuna quotas may use this benchmark, though uncertainty complicates its application.

• GadiformesRelated: Managers use this framework when setting catch limits for cod, pollock, and hake stocks.

• Natural resource managementCompared with: Its focus on maximizing harvest can conflict with broader ecosystem and precautionary goals.

• Alaska pollockRelated: Pollock catch limits are informed by stock assessments and sustainable-yield principles.

• HalibutRelated: Fishery managers use population-based catch limits to prevent overharvesting halibut.

• Metanephrops challengeriRelated: Scampi catch limits are assessed against the goal of sustainable stock yields.