“…Gaining insights on social-ecological fire-related interactions can help government agencies prioritize fuel management efforts and reduce fire risk from government (local, state or federal) administered lands to socially vulnerable and underprivileged populations. Previous research has highlighted the need for a coupled analysis of social and biophysical factors in community wildfire protection planning, and the benefits of such an approach include overcoming temporal and spatial scale mismatches in risk mitigation (Ager, Kline, & Fischer, 2015), understanding social-ecological feedbacks and human adaptation in fire-prone landscapes (Spies, Scheller, & Bolte, 2018;Spies et al, 2014), promoting learning among different scales of actors throughout the governance system to support the complexity necessary to match the wildfire problem (Steelman, 2016), identifying specific social vulnerabilities and trade-offs (McLennan & Eburn, 2015), and facilitating adaptation strategies across widely varying public and private landscapes (Moritz et al, 2014). The extensive literature on social science related to wildfire issues (McCaffrey, 2015) has studied risk perception, mitigation decisions and perceived consequences (Champ & Brenkert-Smith, 2016;Champ, Donovan, & Barth, 2013;Dickinson, Brenkert-Smith, Champ, & Flores, 2015;Gordon, Luloff, & Stedman, 2012); community pre-fire mitigation (Cohn, Williams, & Carroll, 2008) and adaptive capacity ; residents' actions and adaptation (Brenkert- Smith, 2006); and community social diversity and vulnerability (Paveglio, Nielsen-Pincus, Abrams, & Moseley, 2017;Paveglio, Prato, Edgeley, & Nalle, 2016).…”