Linked from

The 46 pages that link to Population viability analysis, each with the reason it gives.

• IUCN Red ListRelated: Its extinction-probability estimates can support assessments under criterion E.

• BycatchRelated: It helps assess whether bycatch mortality threatens a population’s long-term survival.

• Conservation biologyRelated: It projects whether threatened populations can persist under habitat loss, demographic change, and management.

• Captive breedingRelated: It helps assess whether captive populations can persist and what management they need.

• Wildlife conservationRelated: It helps assess how population size, threats, and management affect persistence.

• Endangered speciesRelated: It models how population size, threats, and chance affect extinction risk.

• Bird ringingRelated: Ring-based survival estimates can inform assessments of whether bird populations are likely to persist.

• Population ecologyBroader topic: It applies demographic data and uncertainty to estimate persistence or extinction risk.

• Amphibian conservationRelated: Its projections help compare strategies, while uncertainty in data can limit confidence.

• Conservation geneticsRelated: Genetic data can improve extinction-risk estimates by revealing inbreeding and gene flow.

• MetapopulationRelated: It can assess persistence while accounting for local populations and their interactions.

• Genetic rescueRelated: It can compare projected persistence with and without genetic intervention.

• Effective population sizeRelated: Genetic drift and small effective size can add long-term extinction risk.

• ReintroductionRelated: It helps estimate whether a proposed release can establish a persistent population.

• Conservation statusRelated: Its projections can support risk assessments when population data are available.

• InbreedingRelated: Models can incorporate inbreeding depression when assessing small or threatened populations.

• Marine mammal conservationRelated: Models test whether population trends and threats permit long-term survival.

• Population dynamicsBroader topic: It applies demographic rates and uncertainty to conservation decisions.

• Temperature-dependent sex determinationRelated: Models can test whether changing sex ratios leave too few breeders for population persistence.

• Minimum viable populationRelated: It is the main modeling framework used to estimate minimum viable population size.

• Extinction riskRelated: It translates population data and threats into estimates of extinction probability.

• Wildlife monitoringRelated: Monitoring supplies demographic estimates used to assess persistence.

• Emperor penguinRelated: It helps assess how breeding success and sea-ice loss may affect species persistence.

• Reintroduction biologyRelated: It helps estimate whether a target population can persist after releases end.

• Extinction vortexRelated: It models the interacting risks that can push a small population toward extinction.

• King penguinRelated: Long breeding intervals make colony forecasts sensitive to adult survival and breeding success.

• Sustainable useRelated: It tests whether proposed use leaves a population likely to persist.

• Wildlife translocationRelated: It can test whether a proposed release is likely to produce a persistent population.

• Snake conservationRelated: These models can compare management options, though their results depend on uncertain data.

• Sustainable harvestingRelated: It tests whether proposed extraction leaves populations resilient to future threats.

• Wildlife diseaseRelated: Disease mortality can change extinction risk and recovery prospects.

• Plant conservationRelated: Models estimate whether management can keep threatened plant populations viable.

• Javan rhinocerosRelated: It can help assess whether the isolated population can withstand future threats.

• SawfishRelated: Sparse sightings make it difficult to estimate how quickly sawfish populations can recover.

• TranslocationRelated: It can help test whether a proposed movement is likely to create a persistent population.

• Critically EndangeredRelated: Quantitative extinction-risk analysis can support a Critically Endangered assessment.

• Wildlife surveyRelated: Survey estimates supply population data used to assess extinction risk.

• Clouded leopardRelated: Sparse sightings make long-term survival projections especially uncertain for this species.

• Proboscis monkeyRelated: Population models can assess how habitat loss affects long-term survival.

• Hector's dolphinRelated: It helps assess whether protection can prevent further decline in small dolphin populations.

• Horned lizardRelated: Population models can assess risks and guide protection for vulnerable horned lizards.

• Leafy seadragonRelated: It offers a framework for evaluating how localized populations may respond to changing threats.

• Banded palm civetRelated: Reliable estimates are constrained by sparse information on the civet's abundance and reproduction.

• Giant Gippsland earthwormRelated: Small, separated populations raise questions about long-term survival.

• Philippine eagleRelated: It can help assess how many breeding eagles and protected territories recovery requires.

• Short-eared dogRelated: Reliable estimates remain difficult when the species’ abundance and trends are poorly known.