Proceedings of the National Academy of Sciences · 2018 · 132 citations · 41 references
Life SciencesConservation BiologyMarine BiologyMammalogyMarine EcologyMarine MammalogyAnimal EcologyMarine Mammal ConservationMarine Mammal EcologyMarine Wildlife ManagementSea Ice EcologyWildlife ConservationArctic Wildlife ManagementEndangered Marine Mammal Species ProtectionEndemic Marine SpeciesMarine Mammal ImpactsPolar Marine Mammal EcologyProtection Of Marine EcosystemsSea Ice Loss ImpactsSensitive Populations
) were estimated to be the least vulnerable because of their low exposure and sensitivity. Regions with geographic bottlenecks, such as the Bering Strait and eastern Canadian Arctic, were characterized by two to three times higher vulnerability than more remote regions. These pinch points are obligatory pathways for both vessels and migratory AMMs, and so represent potentially high conflict areas but also opportunities for conservation-informed planning. Some of the species and regions identified as least vulnerable were also characterized by high uncertainty, highlighting additional data and monitoring needs. Our quantification of the heterogeneity of risk across AMM species provides a necessary first step toward developing best practices for maritime industries poised to advance into this rapidly changing seascape.
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