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• W2521837152 abstract "Conserving migratory species requires protecting connected habitat along the pathways they travel. Despite recent improvements in tracking animal movements, migratory connectivity remains poorly resolved at a population level for the vast majority of species, thus conservation prioritization is hampered. To address this data limitation, we developed a novel approach to spatial prioritization based on a model of potential connectivity derived from empirical data on species abundance and distance traveled between sites during migration. We applied the approach to migratory shorebirds of the East Asian-Australasian Flyway. Conservation strategies that prioritized sites based on connectivity and abundance metrics together maintained larger populations of birds than strategies that prioritized sites based only on abundance metrics. The conservation value of a site therefore depended on both its capacity to support migratory animals and its position within the migratory pathway; the loss of crucial sites led to partial or total population collapse. We suggest that conservation approaches that prioritize sites supporting large populations of migrants should, where possible, also include data on the spatial arrangement of sites. Establecimiento de Prioridades de Conservación para las Redes Migratorias bajo Incertidumbre Conservar a las especies migratorias requiere de proteger al hábitat conectado a lo largo de los caminos que recorren. A pesar de las mejorías recientes en el rastreo de los movimientos de animales, la conectividad migratoria sigue siendo resuelta pobremente a nivel de población para la mayoría de las especies, por lo que la priorización de la conservación está obstaculizada. Para tratar esta limitación de datos desarrollamos una estrategia novedosa para la priorización espacial con base en un modelo potencial de conectividad derivado de los datos empíricos sobre la abundancia de las especies y la distancia recorrida entre los sitios durante la migración. Aplicamos la estrategia a las aves costeras migratorias de la Ruta Migratoria Asiática-Australoasiática. Las estrategias de conservación que priorizaron los sitios con base en la conectividad y medidas de abundancia juntas mantuvieron poblaciones más grandes de aves que las estrategias que priorizaron los sitios solamente con base en las medidas de abundancia. El valor de conservación de un sitio por lo tanto dependió tanto de su capacidad para mantener animales migratorios como de su posición dentro de la vía migratoria; la pérdida de sitios cruciales llevó al colapso total o parcial de la población. Sugerimos que las estrategias de priorización de la conservación aplicadas a sitios que mantienen poblaciones grandes de migrantes deberían, cuando sea posible, incluir tambien datos sobre los arreglos espaciales de los sitios. Please note: The publisher is not responsible for the content or functionality of any supporting information supplied by the authors. Any queries (other than missing content) should be directed to the corresponding author for the article." @default.
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• W2521837152 date "2017-01-31" @default.
• W2521837152 modified "2023-10-09" @default.
• W2521837152 title "Setting conservation priorities for migratory networks under uncertainty" @default.
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• W2521837152 doi "https://doi.org/10.1111/cobi.12842" @default.
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