Trends in Ecology & Evolution · 2020 · 13 citations · 9 references
Natural ResourcesConservation BiologyConservation PlanningReintroduction BiologyUncertainty QuantificationAnalogical ReasoningDecision-making Under UncertaintyReintroduction PlanningReintroduction PolicyReintroduction Success CriteriaUncertainty EstimationLearning Under UncertaintyReintroduction EcologyReintroduction ProgramsUncertainty Analysis In PlanningUncertainty-aware Planning
Species reintroductions involve considerable uncertainty, especially in highly altered landscapes. Historical, geographic, and taxonomic analogies can help reduce this uncertainty by enabling conservationists to better assess habitat suitability in proposed reintroduction sites. We illustrate this approach using the example of the California grizzly, an iconic species proposed for reintroduction. Species reintroductions involve considerable uncertainty, especially in highly altered landscapes. Historical, geographic, and taxonomic analogies can help reduce this uncertainty by enabling conservationists to better assess habitat suitability in proposed reintroduction sites. We illustrate this approach using the example of the California grizzly, an iconic species proposed for reintroduction.
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Qualitative evaluation and research methods
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