A pathway for citizen science data to inform policy: a case study using ebird data for defining low-risk collision areas for wind energy development.

Published online
18 Jun 2021
Content type
Journal article
Journal title
Journal of Applied Ecology

Ruiz-Gutierrez, V. & Bjerre, E. R. & Otto, M. C. & Zimmerman, G. S. & Millsap, B. A. & Fink, D. & Stuber, E. F. & Strimas-Mackey, M. & Robinson, O. J.
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The research and conservation community has successfully harnessed the wealth of ecological knowledge found in unprecedented volumes of citizen science (CS) data world-wide. However, few examples exist of the use of CS data to directly inform policy. Current examples of applications of CS data mainly stem from programs that are restricted in scope (e.g. defined protocols, restricted sampling time frame), and the potential use of unrestricted CS data to inform policy remains largely untapped. Here, we make a call for moving beyond questioning the reliability of CS data and present a case study of how the US Fish and Wildlife Service (USFWS) used information from an unrestricted CS program (eBird) to inform levels of exposure to collision risk for wind energy development. Policy implications. The USFWS made the technical recommendation to use eBird abundance estimates for the bald eagle as the only source of information to define low-risk collision areas as part of the agency's wind energy permitting process. Our study contributes a clear pathway of how to realize the potential of unrestricted CS programs for generating the evidence base needed to inform policy decisions.

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