Renewable energy is much in the news these days. Energy prices from wind machines and solar panels have dropped and now match or are lower than conventional sources of energy. New prospecting for oil and gas, at least in the US, has slowed as a result. Headlines are shouting that we are close to halting global warming. The connection is completely ungrounded. The atmosphere will continue to warm up due to the greenhouse gases that have already been released. Few if any of these stories ever mention the effects of continued economic growth, which creates larger emissions in the aggregate, even with the additions of non-carbon sources, but this is not even the real issue at play here.
Global warming is not the “problem.” Yes, it certainly is causing alarm, given the many threats it poses, but its more critical aspect is as a sign of much deeper problems. The immediacy of climate change blinds us to these problems and their sources. Having lived through a record-breaking winter in Boston, I am very aware of its palpable impacts. In very simple terms, the world population is using the equivalent of now, perhaps, two Earth’s worth of life-supporting resources. Global warming is the paradigm example of a “wicked problem,” a term invented by two planning professors, Horst W. J. Rittel and Melvin M. Webber in a classic 1973 [paper,](http://www.cc.gatech.edu/~ellendo/rittel/rittel-dilemma.pdf) “Dilemmas in a General Theory of Planning.” The abstract tells much, but not all, the story,
Russ Ackoff referred to wicked problems as messes. I discuss them in the general context of complexity. Rittel and Webber’s paper should be required reading for everyone taking on climate change and other “wicked problems, but, unfortunately, neither it nor other similar framings shows themselves in the “professional” or “public” media. I have yet to find an awareness of this context in any discussion. People keep talking about solving the problem, but what is the problem. Here’s R & W’s response. They discuss wicked problems in a list of ten points. I will keep their numbering system, but list them in a different order. There points are italicized, the roman text is mine except for the block quotes.

8. *Every wicked problem can be considered to be a symptom of another problem*. This important observation is clearly critical, as soon as anyone recognizes that systems in which wicked problems arise are characterized by manifold interconnections, producing all sorts of feedback links. Feedback always occurs in loops in which each active node affects another, but the other also affects the first, so which is the cause of observed behavior? Now multiply this by many, many such interacting loops in the system we are concerned about. Applying technology to “solve” climate change problems ignores this relationship and leaves the unaddressed “causes” or actors in place to continue causing mischief in the system.

9. *The existence of a discrepancy representing a wicked problem can be explained in numerous ways. The choice of explanation determines the nature of the problem’s resolution.* Unlike the “tame” problems they write about for which standard methodologies will generally lead to consensus about the “problem” to be solved, wicked problems allow different parties to stymie consensus and, subsequently, action. Climate change is a perfect example.

7. *Every wicked problem is essentially unique.* Global climate change is clearly not a single problem. It depends, among other factors, on the nature of the polity contributing to it. Seeking global solutions simply won’t work. Some sort of global consensus that the problems need to be addressed is essential, but one-size-fits-all global solutions should be avoided. This conclusion springs from the first item in their list.

1. *There is no definitive formulation of a wicked problem.* More bad news for scientific or “rational” solution seekers. Imagine a scientist in front of a computer, thinking which algorithm to code, but the computer telling her that none will work. Maybe fuzzy logic would help, but even this is algorithmic at heart.

6. *Wicked problems do not have an enumerable (or an exhaustively describable) set of potential solutions, nor is there a well-described set of permissible operations that may be incorporated into the plan.* This feature dooms scientifically-based solutions, or, at least, relegates them to the closet. The acontextual, objective nature of scientifically based (technological and technocratic) methodology inevitably leaves out important aspects of the problematic system. The best outcome is something that may seem to work right now, but may not in the next instant, thus requiring constant attention and adaptive measures. This leads to the next point.

2. *Wicked problems have no stopping rule.* Any “solution” can be good, only for the time being. Like a balloon filled with water, pushing a solution into the balloon will cause a new problem to pop out somewhere else. There’s no possibility of splitting up the problem among various disciplines during the planning phase or separating planning from implementation. The next characteristic is even more vexing.

4.*There is no immediate and no ultimate test of a solution to a wicked problem.* The results from the inevitable unintended consequences of intervening with any “solutions. To examine the efficacy of the solution, these will have to factored in for some indefinite time afterward. R & W say it this way:
The next point is pretty obvious.

5. *Every solution to a wicked problem is a “one-shot operation”; because there is no opportunity to learn by trial-and-error, every attempt counts significantly*. The world is always changing so that the context is different from one moment to the next. Further, given the long time it typically takes to design and implement solutions to wicked problems, this aspect can be daunting to those seeking to solve it. Everything so far has followed from the technically complex nature of wicked problems. The last two items illustrate the ethical dimension of these problems.

10. *The planner has no right to be wrong.* R & W are pointing to the difference between the framing for wicked problems and for tame problems amenable to rational attack. Scientific methods are always contingent and subject to be falsified. If a solution is attempted on the basis of a model that is subsequently proven false, those involved can be excused from moral blame. They did what was expected of them by a set of accepted standards. Not true of solvers who are flying by the seat of their pants, even if a lot of wisdom lives in that spot. They cannot turn to any socially-legitimate standard to explain the failure. They have much more than a penny in the pot.

3. *Solutions to wicked problems are not true-or-false, but good-or-bad.* This follows from the last point. There is always an ethical context to wicked problems. Values are involved. The reduction to some economically-based cost/risk/benefit analysis fails to consider the very facets that distinguish wicked from tame problems. Again, R & W are clear about this.
> For wicked planning problems, there are no true or false answers. Normally, many parties are equally equipped, interested, and/or entitled to judge the solutions, although none has the power to set formal decision rules to determine correctness. Their judgments are likely to differ widely to accord with their group or personal interests, their special value-sets, and their ideological predilections. Their assessments of proposed solutions are expressed as “good” or “bad” or, more likely, as “better or worse” or “satisfying” or “good enough.”
I have been following the [Great Transition Initiative](http://www.greattransition.org/) dialogs for some time. The players in this project want to create a world with a different set of primary values from those of the “average” western, modern nation. The key values are: human solidarity, quality of life, and ecological sensibility. These are coincident with the single value, flourishing, I also seek to make present in the World. I speak about this example because it resembles virtually everything I can find focused on “sustainability,” climate change, inequality, or similar wicked problems. The conversation participants are primarily academics or professionals, each defined by a disciplinary methodology and an associated set of beliefs about how the world works. While interesting and thoughtful, I find that their interactions slowly but surely devolve to discussions of how many angels dance on the head of a pin. They recognize the need for new values, but overlook that values are just beliefs that have been ordered by some criteria, often just another belief.
That’s not because they are so narrowly constrained by their beliefs, although they mostly are, but that they are stuck in their framing of the problem. They have been trained to deal with tame problems, and the more disciplined they are the better at taming such problems, and the worse they are at tackling wicked problems.
Many of the Great Transition Initiative dialogs, in particular, decry the lack of a model for social change. But that is oxymoronic because the whole topic of social change is wicked. There are just too many loops to hope that some discreet framework will guide us to the desired future. But this does not preclude some path toward a flourishing or similar future. Pragmatism, while not explicitly designed to work on complex systems or the derivative wicked problems, fits the description laid out in the ten points above and offers the hope of a useful context for anxious problem solvers.
The founders of pragmatism, back at the end of the nineteenth century, focused on beliefs as the primary “cause” leading to habits or norms in both individuals and societies or organizations. Over time the constitutive beliefs, the ones on which institutions sprang up over time, tend to be implicated as major factors in observed dominant behaviors or norms Change these constitutive beliefs and everything else changes eventually, but in ways unpredictable when the changes were made. Well, we live in the modern world where one very critical dominant belief is that we come to know the way the world works through scientific pursuits and can apply the consequent knowledge to solve all our problems. Most of the time this works very well, but only because so many of our problems are tame. In any case, normally scientists work on tame problems. It’s the belief in a mechanistic, knowable world that is at or near the bottom. Not alone because it is embedded in our most powerful institutions, like academia, markets and economics, management theories, indeed, all theories.
That’s why all the conversations I alluded to earlier are focused on the wrong problems, or. better perhaps, on the wrong way to solve them. They are using methods designed for tame problems to address wicked problems. If we are to make progress though the inherent powers of these conversations, the participants must drop their illusions about the nature of the problem and adopt a framework consistent with complexity, perhaps, drawing on the way pragmatists go about their business. To do this is very scary and challenging because virtually everything that was familiar and comfortable in their professional homes becomes flimsy; the bedrock of certainty evaporates and with it a sense of solid ground. Tough to face, but it must be done if we are to find ourselves nudging our way to the world we seek.
I have written more than I usually do, but I have been away from my blog for awhile with only a few scattered post this year. I can’t promise to be more regular, but I will try. Somehow the rhythm of my days is slowly changing. I am still “working” on a new book, still about flourishing. I am working hard to anchor my key personal belief that our constitutive societal beliefs are no longer working for us after many centuries of what is generally considered forward motion. This post is about one of these beliefs, complexity and the nature of important problems. Many other posts have been about the other, erroneous belief about human nature. That’s what this book will be all about. So were my first two, but they were not so clear because I was not so clear. The haze is slowly lifting.
ps. I just posted a short blog written with my son, Tom, to the Lean Enterprise Institute’s [website](http://www.lean.org/LeanPost/Posting.cfm?LeanPostId=381),. It draws on an example of a well-established wicked-problem-solving system, based on the Toyota Production System. The Toyota system, which was generalized as “Lean Manufacturing” by a group of my former MIT colleagues, is, to me, the epitome of pragmatism and complexity in action. The problems that Toyota and other car makers faced was not climate change, but quality, a desired, but elusive characteristic for most car makers. By treating it as a wicked, not tame, problem, and using pragmatic tools, Toyota managed to “solve” its problems. They never used this vocabulary, however. I encourage all those working on climate change to take in the lessons of Toyota and those that have translated it into broader language and tools, but be prepared to learn about gemba, muda, andon, jikoda, and kaizen, and more. The particulars of Lean are not designed to be applied directly to climate change, but the thinking behind it is.
(Cartoon, courtesy of the New Yorkor Magazine)