I read an interesting article recently that crystallized several other thoughts for me. The paper – with the somewhat dry title of Resilience as Resource-based Design of Anticipated Situations (www.resilience-engineering-asso.org/ACTES/2011/Papers/13.pdf) – is couched in the language of safety and risk, but takes a very different approach to identifying resilience than I’ve seen before.
The authors start by talking about traditional safety and risk management approaches. To paraphrase the authors, these approaches have inherent limitations:
• They are based on analysis of failures. They do not reflect either that risks can emerge from “normal” situations, or that some of the greatest risks may actually be unanticipated surprises.
• They seek to mitigate without considering either the real gap between intended actions and real capabilities, or that coping with crises is dependent on “the strategies, initiatives, tinkering and ingenuity brought by individual and collective skills in real time.
The application of these to emergency management seems straightforward and very appropriate.
The authors then go on to quote a definition of resilience by Hollnagel:
The intrinsic ability of a system to adjust its functioning prior to, during, or following changes and disturbances, so that it can sustain required operations under both expected and unexpected conditions.
I’m not a big fan of defining resilience – too many have spent too much time in what becomes an unproductive exercise in navel contemplation – but the authors put legs under this one by trying to determine how anesthesiologists make decisions both in routine cases and in complex ones. Their conclusions are worth noting because they seem to apply so well to the relationship between the federal government and local community leadership.
• Resilience – in addition to vulnerability assessment – involves consideration of local resources and capabilities.
• Decisions are designed to empower those coping with crisis, and not to control them.
• Organizations should be structured so that local standard practices can be shared.
While some may argue about the conclusions, what was striking to me is the very different way of trying to find resilience. Most of the resilience literature focuses either on vulnerability or on case studies of past disasters. What the authors have done is look at behavior – both in routine and unexpected situations – to try to find clues to resilient behavior.
Thus, if we are trying to judge the resilience of a tree to a high wind, we may walk through the woods looking at one that has fallen and try to judge the cause and how to prevent it from falling. Or, as the authors have done, we can study the forest, during both calm days and those with brisk winds, and see how each tree adapts in its own context.
As we were putting the Community Resilience System (CRS) together, one of the strongest sentiments expressed by our Community Leaders Group was that the CRS had to improve normal operations as well as easing the transition to a new normal. This paper not only agrees with that, but shows that understanding how the community functions in normal conditions is a key to understanding its resilience to a crisis.
In other words, watching how trees bend and sway in the wind can often tell us more about the resilience of trees than exhaustively researching why one fell.

