Litcius/Paper detail

Collective action for managing wildfire risk across boundaries in forest and range landscapes: lessons from case studies in the western United States

Heidi Huber‐Stearns, Emily Jane Davis, Antony S. Cheng, Alison Deak

2022International Journal of Wildland Fire15 citationsDOI

Abstract

Managing wildfire risk across boundaries and scales is critical in fire-prone landscapes around the world, as a variety of actors undertake mitigation and response activities according to jurisdictional, conceptual and administrative boundaries, based on available human, organisational, technical and financial resources. There is a need to catalyse coordination more effectively to collectively manage wildfire risk. We interviewed 102 people across five large landscape case studies in the western United States to categorise how people and organisations were deployed in range and forestlands to collectively address wildfire risk. Across all cases, actors spanned boundaries to perform functions including: (1) convening meetings and agreements; (2) implementing projects; (3) community outreach; (4) funding support; (5) project planning; (6) scientific expertise. These functions fostered conducive boundary settings, concepts and objects to communicate and work across boundaries, navigating challenges to implementing work on the ground. This work highlights context-specific ways to advance cross-boundary wildfire risk reduction efforts and uses a boundary spanning lens to illustrate how collective action in wildfire management evolves in different settings. This research highlights prescribed fire as a gateway for future collective action on wildfire risk, including managing naturally ignited wildfires for resource benefits and improving coordination during wildfire suppression efforts.

Topics & Concepts

OutreachContext (archaeology)Environmental resource managementWork (physics)Collective actionEnvironmental planningVariety (cybernetics)Boundary (topology)Fire regimeGeographyBusinessPolitical scienceEcologyEngineeringEcosystemComputer scienceEnvironmental scienceBiologyPoliticsMechanical engineeringArchaeologyLawArtificial intelligenceMathematical analysisMathematicsFire effects on ecosystemsRangeland and Wildlife ManagementSpecies Distribution and Climate Change