Journal of Applied Ecology · 2016 · 151 citations · 34 references
Natural ResourcesConservation BiologyEcologyConservation EcologyConservation PolicyWildlife ManagementAnimal Decision-makingConservation Decision-makingEndangered Species EconomicsWildlife ConservationWildlife DemographyWildlife Management DecisionsAnimal Movement NetworksAnimal Movement TrackingCritical QuestionsExpected Information GainTelemetric TrackingTelemetry Data CollectionTelemetry In Conservation BiologyTelemetry Studies
Summary Animal‐borne telemetry has revolutionized our ability to study animal movement, species physiology, demography and social structures, changing environments and the threats that animals are experiencing. While there will always be a need for basic ecological research and discovery, the current conservation crisis demands we look more pragmatically at the data required to make informed management decisions. Here, we define a framework that distinguishes how research using animal telemetry devices can influence conservation. We then discuss two critical questions which aim to directly connect telemetry‐derived data to applied conservation decision‐making: (i) Would my choice of action change if I had more data? (ii) Is the expected gain worth the money and time required to collect more data? Policy implications . To answer questions about integrating telemetry‐derived data with applied conservation, we suggest the use of value of information analysis to quantitatively assess the return‐on‐investment of animal telemetry‐derived data for conservation decision‐making.
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Tracking apex marine predator movements in a dynamic ocean
Barbara A. Block, Ian D. Jonsen, Salvador J. Jorgensen et al. · Nature · 2011 · 1.3K citations
Biotelemetry: a mechanistic approach to ecology
Steven J. Cooke, Martin Wikelski, Russel D. Andrews et al. · Trends in Ecology & Evolution · 2004 · 826 citations · Full text
Biotelemetry: a mechanistic approach to ecology
Steven J. Cooke · Trends in Ecology & Evolution · 2004 · 671 citations