Leveraging eBird data products to inform regional bird conservation priorities and objectives

Abstract As migratory bird populations continue to decline at alarming rates worldwide, there is an urgent need for comprehensive information on their distributions, abundances, and population trajectories to help pinpoint causes of declines and develop strategies for recovery. To address these needs, North American Migratory Bird Joint Ventures (JVs) are increasingly leveraging eBird Status and Trends data products—freely available, scalable information on bird populations—to fill key information gaps and inform on-the-ground habitat conservation planning and delivery. We present 6 empirical case studies demonstrating how JVs are applying eBird data products to address regional conservation priorities and meet common information needs encountered by conservation organizations: (1) estimating region-specific proportions of global populations to support priority species selection; (2) assessing temporal abundance patterns (ie, migration chronologies) to inform full annual cycle conservation; (3) identifying areas of multi-species habitat use (ie, hotspots) across seasons; and (4) monitoring spatially explicit population trends to detect and respond to localized changes. Together, these examples offer a transferrable framework for how conservation practitioners can integrate information from eBird into decision-making—enabling more targeted, data-informed conservation delivery in the face of escalating biodiversity loss and limited resources.

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Publication Details

Journal
Ornithological applications
Published
2025-10-18
DOI
https://doi.org/10.1093/ornithapp/duaf074
Primary Topic
Species Distribution and Climate Change
Type
article
Field-Weighted Citation Impact
0.00
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article

Leveraging eBird data products to inform regional bird conservation priorities and objectives

Laura S. Farwell, Monica Iglecia, Joseph D. Lancaster, Andrew Huang et al.
Ornithological applications
Species Distribution and Climate Change
article

Leveraging eBird data products to inform regional bird conservation priorities and objectives

Laura S. Farwell, Monica Iglecia, Joseph D. Lancaster, Andrew Huang, Gregory S. Yarris, Ragnar Rylander, Sheela P. Turbek, Andrew N. Stillman, Jesús Muñoz, Orin J. Robinson, Caitlin G. Eger, Ashley M. Peele, Amanda M Duren, Adam Hannuksela, Gregor M Yanega
article en

Abstract

Abstract As migratory bird populations continue to decline at alarming rates worldwide, there is an urgent need for comprehensive information on their distributions, abundances, and population trajectories to help pinpoint causes of declines and develop strategies for recovery. To address these needs, North American Migratory Bird Joint Ventures (JVs) are increasingly leveraging eBird Status and Trends data products—freely available, scalable information on bird populations—to fill key information gaps and inform on-the-ground habitat conservation planning and delivery. We present 6 empirical case studies demonstrating how JVs are applying eBird data products to address regional conservation priorities and meet common information needs encountered by conservation organizations: (1) estimating region-specific proportions of global populations to support priority species selection; (2) assessing temporal abundance patterns (ie, migration chronologies) to inform full annual cycle conservation; (3) identifying areas of multi-species habitat use (ie, hotspots) across seasons; and (4) monitoring spatially explicit population trends to detect and respond to localized changes. Together, these examples offer a transferrable framework for how conservation practitioners can integrate information from eBird into decision-making—enabling more targeted, data-informed conservation delivery in the face of escalating biodiversity loss and limited resources.

Ornithological applicationsVol. 128(1)
Appalachian Mountain Club (US), Cornell University (US), The University of Texas Rio Grande Valley (US), Pacific Environment (US), Canadian Heritage (CA), Sonoran Joint Venture (US), Ducks Unlimited (US), Central Dermatology (US), Cornell Lab of Ornithology
Openalex Percentile: Top 83%
Species Distribution and Climate Change
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