Evaluating and elevating the role of wildlife road crossings in climate adaptation.

Littlefield, Caitlin E; Suraci, Justin P; Kintsch, Julia; Callahan, Renee; Cramer, Patricia; Cross, Molly S; Dickson, Brett G; Duncan, Leslie Ann; Fisher, Jonathan RB; Freeman, Patrick T; Seidler, Renee; Wearn, Anna; Andrews, Kimberly M; Brocki, Marta; Dodd, Norris; Gagnon, Jeff; Johnson, Aran; Krosby, Meade; Skroch, Matt; Sutherland, Ron

Beyond the well‐established benefits of wildlife road crossings and associated infrastructure—improving driver safety, reducing animal mortality, reconnecting habitats—there is another important but often underappreciated benefit: supporting wildlife and ecosystems in adapting to climate change. We explore this potential by (1) synthesizing the literature surrounding climate adaptation and wildlife crossings, (2) presenting a case study on how crossings support shifting animal migrations, and (3) describing key considerations for incorporating climate information into crossing prioritizations. Among other climate‐adaptive benefits, research suggests crossings can support species range shifts and protect access to resources even as drought and human development compromise that access. Our case study outlines an approach for prioritizing crossing locations most likely to support animal migration both today and into the future. By accounting for such dynamics, wildlife crossings can be a cost‐effective tool that protects wildlife as well as motorists and enhances the resilience of infrastructure and ecosystems in a changing world.

CLIMATE change adaptation; ANIMAL migration; ECOSYSTEMS; ADAPTIVE natural resource management; ANIMAL ecology; ZOOGEOGRAPHY; CORRIDORS (Ecology); ECOLOGICAL resilience

Frontiers in Ecology & the Environment, 2025, Vol 23, Issue 1, p1

1540-9295

Academic Journal

10.1002/fee.2816