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. Recent developments in bottom-up vulnerability-based decisionanalysis frameworks present promising opportunities for flood practitionersto simplify complex decisions regarding risk mitigation and climateadaptation. This family of methodologies relies on strong social networksamong flood practitioners and the public to support careful definition ofstakeholder-relevant thresholds and vulnerabilities to hazards. In parallel,flood researchers are directly considering distinct atmospheric mechanismsthat induce flooding to readily incorporate information on future climateprojections. We perform a case study of flood professionals actively engagedin flood risk mitigation within Tompkins County, New York, USA, a community dealingwith moderate flooding, to gage how much variance exists among professionalsfrom the perspective of establishing a bottom-up flood mitigation study froman atmospheric perspective. Results of this case study indicate disagreementamong flooding professionals as to which socioeconomic losses constitute aflood, disagreement on anticipated community needs, weak understanding ofclimate–weather–flood linkages, and some disagreement on communityperceptions of climate adaptation. In aggregate, the knowledge base of theTompkins County flood practitioners provides a well-defined picture ofcommunity vulnerability and perceptions. Our research supports the growingevidence that collaborative interdisciplinary flood mitigation work couldreduce risk, and potentially better support the implementation of emergingbottom-up decision analysis frameworks for flood mitigation and climateadaptation.

Challenges to implementing bottom-up flood risk decision analysis frameworks: how strong are social networks of flooding professionals?