Leveraging co-production within ecosystem restoration to maximize benefits to coastal birds

• Published in: Journal of environmental management Vol. 360; p. 121093
• Main Authors: Windhoffer, Eva D., Carruthers, Tim J.B., Henkel, Jessica, Gleason, Jeffrey S., Wiebe, Jon J.
• Format: Journal Article
• Language: English
• Published: England Elsevier Ltd 01.06.2024
• Subjects: Adaptive management; Animals; Bird nesting habitat; Birds; Climate Change; Co-production; coastal ecosystems; Coastal restoration; coasts; Conservation of Natural Resources - methods; ecological restoration; Ecosystem; edge effects; Environmental Restoration and Remediation - methods; habitat conservation; habitat destruction; habitats; Louisiana; Monitoring; nesting sites; nests; oil spills; Petroleum Pollution; Project design; sea level; shorelines; species; Louisiana; Bird nesting habitat; Coastal restoration; Co-production; Adaptive management; Monitoring; Project design
• ISSN: 0301-4797; 1095-8630; 1095-8630
• DOI: 10.1016/j.jenvman.2024.121093

Coastal Louisiana's ecosystems are threatened by anthropogenic factors exacerbated by climate change induced sea-level rise. The 2010 Deepwater Horizon oil spill resulted in injuries and deaths to coastal birds in Louisiana, and the ongoing loss of habitat has limited the potential for successful nesting of resident birds throughout the coast. Habitat loss is being addressed through increased large-scale ecosystem restoration as a result of settlement funds from the Deepwater Horizon oil spill. To further inform bird restoration in Louisiana, an avian restoration guidance document (Guidance for Coastal Ecosystem Restoration and Monitoring to Create or Improve Bird-NestingHabitat, 2023) was developed to maximize restoration benefits for coastal breeding birds while also achieving broader habitat restoration objectives. The developed restoration guidance was co-produced by subject-matter experts and professionals, including avian experts, engineers, and coastal restoration project managers. The result of this cross-disciplinary effort was specific and targeted guidance that presents designable habitat features that are in the control of project engineers and are also important high-value bird nesting habitats (e.g., shoreline access, elevation heterogeneity and edge habitat). For the first time in Louisiana, defined nest-site characteristics and monitoring approaches are readily available to inform ecosystem restoration project implementation. The restoration document specifically emphasizes bird species that breed and nest in coastal habitats in Louisiana, and restoration managers can use these guidelines to explicitly incorporate bird nesting habitat features into coastal restoration planning, design, and implementation. In developing this guidance, many knowledge gaps and data needs were identified specific to engineering and project design, enabling the research community to frame research questions around specific coastal restoration questions. The co-production of science model applied here for avian resources is applicable to a wide range of other living marine resources that may benefit from large-scale ecosystem restoration and is an example of the benefits of working relationships, communications, and common goal setting. •Co-produced restoration planning can increase ecosystem benefits.•Building trust and common terminology are essential for co-production success.•Cost-neutral design refinements can increase restoration value for nesting birds.•High value bird habitats include nearby shorelines, varied elevation, and marsh edge.