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date: 07 December 2019

Summary and Keywords

Hazard management scholars have begun to develop an important line of inquiry based upon the idea of governance. This growing body of work focuses attention on how the hazard functions that were formerly carried out by public entities are now frequently dispersed among diverse sets of actors that include not only governmental institutions but also private-sector and civil society entities. While informative, this body of work is unduly narrow. In particular, it takes an actor-centric approach to the governance of hazards. A more comprehensive view would account for the relationship between the governance system and the underlying good being produced.

Generally speaking, governance systems emerge to manage—or produce—particular goods. Accordingly, these systems will vary depending upon the nature of the underlying good. Thus, while it is important to describe the actors that shape the governance system—as the extant literature does— the failure to recognize or appreciate the relationship between hazards governance and its underlying good is non-trivial. At minimum, without this information scholars and practitioners cannot reasonably assess the efficacy of the system.

To better understand hazards governance, there needs to be a clear picture of what the governance system is producing, as well as the defining characteristics thereof. The good being produced by hazards governance systems is resilience, which is both non-rivalrous and non-excludable. Simply stated, resilience can be conceptualized as a public good. Moreover, governance systems in general are comprised of multiple subsystems. In the case of hazards management, the subsystems are mitigation, preparedness, response, and recovery. Thus, the production technologies—aggregate effort, single best effort, and weakest link—will likely vary across the hazards governance system. Showing how these technologies potentially vary across hazard governance systems opens new and important lines of inquiry.

Keywords: governance, natural hazards, production technologies, public goods, disasters, resilience

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