Citizen science, big data, and a habitat marketplace enable dynamic habitat for migratory birds in California’s Central Valley. In an era of unprecedented and rapid global change, dynamic conservation strategies that tailor the delivery of habitat to when and where it is most needed can be critical for the persistence of species, especially those with diverse and dispersed habitat requirements. We demonstrate the effectiveness of such a strategy for migratory waterbirds. We analyzed citizen science and satellite data to develop predictive models of bird populations and the availability of wetlands, which we used to determine temporal and spatial gaps in habitat during a vital stage of the annual migration. We then filled those gaps using a reverse auction marketplace to incent qualifying landowners to create temporary wetlands on their properties. This approach is a cost-effective way of adaptively meeting habitat needs for migratory species, optimizes conservation outcomes relative to investment, and can be applied broadly to other conservation challenges.
Dynamic conservation for migratory species
M. Reynolds,Brian L. Sullivan,Eric Hallstein,S. Matsumoto,S. Kelling,Matt Merrifield,D. Fink,A. Johnston,W. Hochachka,Nicholas E. Bruns,M. Reiter,S. Veloz,C. Hickey,N. Elliott,Leslie A. Martin,J. Fitzpatrick,Paul Spraycar,G. Golet,C. McColl,Candace Low,S. A. Morrison
Published 2017 in Science Advances
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- Publication year
2017
- Venue
Science Advances
- Publication date
2017-08-01
- Fields of study
Biology, Medicine, Geography, Environmental Science
- Identifiers
- External record
- Source metadata
Semantic Scholar, PubMed
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