Linked from

The 64 pages that link to Precautionary principle, each with the reason it gives.

• CITESRelated: It informs debates about listing species when trade risks are uncertain.

• OverfishingRelated: It addresses the risk of setting limits too high when stock estimates are uncertain.

• Fisheries managementRelated: It offers guidance when stock data are too weak for confident limits.

• Environmental ethicsRelated: Guides choices when environmental damage may be severe but evidence remains incomplete.

• FisheriesRelated: It supports conservative decisions when stock data are incomplete or unreliable.

• Ecosystem-based fisheries managementRelated: Ecosystem interactions are often uncertain, making precaution relevant to setting limits.

• Deep-sea miningRelated: It shapes arguments about delaying mining until ecological risks are better understood.

• Risk perceptionRelated: It guides action when judgments about emerging hazards remain unsettled.

• Planetary boundariesRelated: Uncertainty around thresholds motivates precaution rather than waiting for damage.

• Maximum sustainable yieldRelated: It motivates targets below estimated maximum yield when stock estimates are uncertain.

• Fish stock assessmentRelated: It guides decisions when assessment uncertainty prevents confident estimates of stock status.

• Environmental healthRelated: It informs prevention when waiting for definitive evidence could expose people to serious harm.

• NanotechnologyRelated: It informs debates about safeguards while evidence on nanomaterial risks develops.

• Silent SpringRelated: Carson’s argument urged restraint before pesticide damage could be fully measured.

• Sustainable fisheriesRelated: It guides decisions when stock estimates are incomplete but waiting could allow depletion.

• Assisted migrationRelated: It frames decisions when the consequences of moving—or not moving—a species remain uncertain.

• Pesticide regulationRelated: It frames disputes over how much evidence is needed before restricting a pesticide.

• Sustainable seafoodRelated: Fishery managers must decide how conservative limits should be when stock data are incomplete.

• Environmental lawRelated: It addresses whether regulation should wait for conclusive proof of environmental risk.

• European Food Safety AuthorityRelated: EU risk managers may apply it when EFSA’s evidence identifies uncertainty or possible harm.

• Technology assessmentRelated: Assessment can clarify uncertainty and inform whether precautionary action is warranted.

• Science policyRelated: It shapes regulation when technological harms are plausible but evidence is incomplete.

• Environmental regulationRelated: It addresses how regulation should respond before risks are fully established.

• Gene driveRelated: It informs debates over whether and how to test or release self-propagating genetic systems.

• Fisheries scienceRelated: It shapes how managers respond when stock data are limited or uncertain.

• Food additive regulationRelated: The principle shapes how some authorities handle uncertainty in food-safety decisions.

• Stockholm ConventionRelated: It underpins listing decisions when evidence is incomplete but potential harm is substantial.

• Antarctic krill fisheryRelated: It informs debates over krill limits when ecosystem effects are difficult to measure confidently.

• Commission for the Conservation of Antarctic Marine Living ResourcesRelated: CCAMLR uses precautionary approaches when setting limits amid incomplete ecological knowledge.

• Sustainable useRelated: It counsels restraint when resource limits are poorly known and losses may be irreversible.

• Asilomar ConferenceRelated: The conference’s temporary restrictions reflected caution while hazards remained uncertain.

• Bisphenol ARelated: BPA policy debates weigh precaution against uncertainty about exposure and effects.

• Genetically modified organismRelated: It influences how some governments regulate uncertain environmental or health risks.

• NecessityRelated: It can support action before harm is certain, unlike necessity tests focused on established peril.

• REACHRelated: REACH reflects precaution by requiring hazard information and permitting controls before harm is conclusively demonstrated.

• Sustainable harvestingRelated: It argues against high extraction limits when population estimates are weak.

• AI ethicsRelated: It informs arguments for limiting or delaying AI uses whose risks remain difficult to measure.

• Tipping pointRelated: Potentially irreversible thresholds strengthen arguments for acting before certainty arrives.

• BayerRelated: Disputes over glyphosate and pesticide regulation often turn on how precaution should guide decisions.

• Bovine spongiform encephalopathyRelated: Authorities used precautionary controls while the human risks were being assessed.

• Dual-use technologyRelated: It frames decisions about uncertain hazards without treating every dual-use capability as unacceptable.

• CornucopianismRelated: It favors caution where cornucopian forecasts depend on future innovations that are not yet assured.

• Existential riskRelated: It offers one rationale for acting before existential threats are well quantified.

• Human enhancementRelated: Potentially irreversible enhancements test how much evidence should precede use.

• Regulation of chemicalsRelated: It informs decisions when evidence of harm is incomplete but potential consequences are serious.

• Agricultural biotechnologyRelated: It influences regulatory decisions about uncertain environmental or health risks.

• Natural resource managementRelated: It favors caution when resource decisions risk irreversible ecological damage.

• Science studiesRelated: It brings scientific uncertainty into decisions about technologies and public risk.

• Green liberalismRelated: It addresses how governments should act when ecological damage may be irreversible but evidence remains incomplete.

• Ulrich BeckRelated: It offers one policy response to the uncertain hazards Beck describes.