by Tom Fuller,
Let’s start with proper attribution of Wikipedia’s definition: ““Wicked problem” is a phrase originally used in social planning to describe a problem that is difficult or impossible to solve because of incomplete, contradictory, and changing requirements that are often difficult to recognize. Moreover, because of complex interdependencies, the effort to solve one aspect of a wicked problem may reveal or create other problems.”
The first example cited is global climate change. Sigh. Others include AIDS, international drug trafficking and urban decay.
How wicked is the problem of global climate change?
In 1973, again according to Wikipedia, Horst Rittel and Melvin Webber listed 10 characteristics of ‘wicked problems’:
- There is no definitive formulation of a wicked problem (defining wicked problems is a problem).
- Wicked problems have no stopping rule.
- Solutions to wicked problems are not true-or-false, but better or worse.
- There is no immediate and no ultimate test of a solution to a wicked problem.
- 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.
- 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.
- Every wicked problem is essentially unique.
- Every wicked problem can be considered to be a symptom of another problem.
- 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.
- The planner has no right to be wrong (planners are liable for the consequences of the actions they generate).
Personally, I think the field of study of ‘wicked problems’ needs a bit of work, based on the above. Is international drug trafficking, one of their examples, unique? Is it not similar to human trafficking, cigarette smuggling, small arms smuggling? I don’t think wicked problems need to be unique.
Similarly, planners have been wrong repeatedly on wicked issues in the past, and many of them suffered no consequences, or were ‘rehabilitated’ to positions of power following their mistakes.
And wicked problems are not alone in being subsets of other problems–ask any 4-year-old endlessly repeating ‘why?’ All problems have causes, and many times the causes are actually solutions to previous problems.
The first item on their list involves the difficulty of definition. But I don’t think that’s a correct definition of the definition problem. I think the real difficulty is getting various actors to agree on one of competing definitions.
Okay, so a blogger somewhere on the internet doesn’t like what a contributor to Wikipedia wrote about ‘wicked problems.’ Where is this going?
I would approach ‘wicked problems’ in the following manner:
- Do we understand the problem enough to define it to all parties’ satisfaction?
- Can we scope the problem adequately in terms of its consequences and the resources needed to address it?
- Do we know what a solution or solutions might look like?
- Do we know a time frame for best results of any solution we implement?
- Are solutions to elements of the problem available?
- Will solving one part of the problem significantly change the scope of the remainder?
- Is there time dependency of both parts of the problem and parts of the solutions?
Wicked problems may be tough, but I think we humans have the tendency (and the incentives) to make them seem tougher than in fact they are. So let’s see how wicked the problem of global climate change really is.
Have we properly defined the problem? Not without rewording. The problem according to the activist community appears to be, “global climate change caused by human emissions of CO2.” Which is clearer, but I think wrong.
I think a better definition would be, “the future and unwelcome extension of warming that has persisted for over a century, caused by human activities that include emissions of various greenhouse gases.”
There may be better definitions. But if we cannot agree on the definition, then by definition we will not agree on its scope or possible solutions.
Have we defined its scope? No. The Intergovernmental Panel on Climate Change has offered a variety of scenarios with different paths to the future, but has not ranked them in order of probability. Economists trying to measure the possible damage caused by global warming cannot even agree on terms of reference, let alone the right number of zeros in the answer. The IPCC is incredibly relaxed about its wide range for atmospheric sensitivity to a doubling of the concentrations of CO2. As of today, their position translates to ‘it either will be a big problem or not much of one.’ That’s the difference between a sensitivity of 1.5 and 4.5.
The wild-eyed fantasies of 20-foot sea level rises and 10 degree temperature rises are a direct result of this laxity–without tight boundaries, things go bump in the night.
Do we know what a solution or solutions might look like? Surprisingly, yes–but we are not even discussing the most obvious and complete solution. We could solve climate change as a problem by constructing an adequate number of nuclear power facilities to provide electricity as our primary source of energy. We then would convert to electric vehicles and use electricity for other work currently performed by fossil fuels.
People may say they don’t like nuclear power and are concerned about waste or terrorism–and that’s perfectly legitimate. I’m more concerned about the quality of construction, and possible leaks, myself. But nobody can say with a straight face that the cure would be worse than the disease the activists imagine.
Do we know a time frame for optimum achievement of a solution? Surprisingly, demographics does give us an answer–some time before 2075, when human population peaks at 9 billion souls.
Are solutions to elements of the problem available? Again, yes. Energy efficiency, such as more combined heat and power, waste-to-energy plants, higher mileage automobiles and hybrids, a higher commitment to public transportation, a smart grid and HVDC transfer of electricity, etc., etc. Continued work on renewable energy sources, such as hydroelectric, solar and geothermal. (I think wind has surrendered its pride of place at this point.) Research and deployment of pumped hydro storage and compressed air energy storage.
Will solving one part of the problem change the scope of the remaining portions dramatically? Yes. A commitment to build as much nuclear power as needed will without doubt change the level of urgency surrounding all remaining elements of global climate change.
Is there time dependency? Yes. We need to have inexpensive and readily available energy for those people getting ready to be born and those people climbing the development (and energy) ladders. We need to do something now, regardless of the accuracy or correctness of our definition of climate change.
Too simplistic? Maybe. But that’s not an argument against the solution. It’s an argument that some are so invested in the idea of climate change being insoluble that they do not wish to acknowledge that solutions are possible.
And I would add this: A truly wicked problem would demand a Plan B. One exists for climate change–geoengineering. Those who would prohibit examination of our alternatives in this area are obviously indifferent to any solution, and have other reasons for participating in this debate.
And also this: For the many who disagree with the reality of the definition above, replacing it with a similarly worded expression of the energy needs of this planet going forward would leave us pretty much in the same situation.
In fact, I would slyly acknowledge skeptic concerns by saying–It is feasible to imagine draconian solutions to global climate change that do not adequately address our energy concerns. However, if we solve our energy concerns responsibly and ethically, we will without doubt solve the issue of global climate change.
Not so wicked.
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thomaswfuller says:
October 19, 2010 at 8:58 am
“I do not now and never have believed that global warming is a planet buster. But what will be at most an inconvenience for the U.S., Canada and New Zealand will be a very difficult load for equatorial countries.”
If you believe in (slight) AGW, you should read Hansen’s playbook: Warming will, according to him, be most pronounced in the regions that are cold now – i.e. especially in the arctic; where, how convenient, GISS doesn’t have a thermometer. That’s also why Gore directed all the attention to the alleged plight of the polar bear.
This also makes at least some sense thermodynamically, given the SB law.
So equatorial countries should really be able to shrug it off.
thomaswfuller says:
October 19, 2010 at 8:58 am
“If that energy is provided by coal, it will have conventional environmental consequences that will be both harmful to health and the environment. It will contribute more CO2 to our atmosphere, but the conventional pollution will be bad enough that we will end up spending billions, maybe trillions, to clean it up and take care of the victims. That’s what happened in the developed world–why would we think it will be different in other parts of the world?”
First of all, it will cost a lot, and this cost is for flue gas desulphurization, and that eats up a part of the profits of a power plant, so that will be paid for by the power plant as it operates, and it will make the electricity produced slightly more expensive. Not prohibitively expensive, as “Carbon Capture and Sequestration” would. (it is called so even though they mean CO2)
Second, why would the industrialization be cleaner than the industrialization we went through in the past? Simply because this flue gas filtering technology has already been developed, and its installation is encouraged through World Bank credits or other development aid.
Why do we like to encourage that? Because we build it, and it keeps our companies in business.
What do you mean by “conventional pollution”?
Jeff Alberts says:
October 19, 2010 at 7:26 am
“Or, the invention of space elevators, or…….”
That is the only interesting stuff I found here today. Space Elevator.
Why dont the U.S. set as a goal that they build a space elevator before 2020 ?
That would be something for NASA, instead of just being a teaching organisation for muslims.
Tom says the article mentioned AIDS was one of the “wicked problems.”
Guys, if you think the science is bad in CAGW, read up on Dr Robert Gallo and his “discovery” of what is now called the AIDS virus back in the 1980s. A sadder piece of science – and a sadder out-of-court, let’s-split-the-money-and-make-sure-no-one-ever-finds-out-what-we-really-did conclusion was never seen before or since.
For honest appraisals of how good the science was look up Kerry Mullis (Nobel prize for PCR, the DNA multiplier) and Peter Duesberg (here is a good start), who was the world’s foremost expert on retroviruses until he was to skeptical, as in “denier.” If you folks think AGW had a lot of money thrown at researchers, AIDS is WAY ahead (probably twenty-fold) – and the science is magnitudes worse.
Bottom line: the HIV “virus” (formerly the retrovirus HTLV-III) was not and is not the cause of AIDS.
Science has just too many of these political policy-making issues since Big Science started with the Manhattan Project.
I disagree with the premises here, Tom. I think climate change is hung up on 2 very real wicked problems:
1) People’s perceptions of risk are wildly different and inconsistent. Many people believe they are being poisoned by their food, on no evidence, but believe riding their bike is safe, when it isn’t. Some people are terribly risk averse and will not even let their children play outside. Thus trying to discuss cost/benefit ratios and risks 100 years from now with such people leads only to the “precautionary” part and missing the lost opportunities.
2) Human logical abilities are poor. This makes talking and reasoning about climate change difficult. The IPCC says that they believe climate change since 1980 is mostly due to humans, but then keeps talking about the warming since 1900 or 1850, which is before the rise in greenhouse gases. This is reverse time causation, which is impossible. Likewise, if you warm the atmosphere (like the warming after the little ice age), Antarctic ice will melt for hundreds (thousands) of years from that one-time warming, and says nothing about “accelerating” or continuing temperature rise unless you can measure it accurately enough to compare rates of melt over time, which no one can.
Tom
I would join others who ask you to continue posting here – partly because you bring breadth to the debate at WUWT. However, I would ask you to keep the following points in mind when you discuss energy security:
Nuclear resources are finite.
Energy storage involves physical processes and is a net energy consumer. Storage increases the overall demand for primary energy by 20%-25% of the energy passing through a large-scale storage device.
CHP might achieve an optimal 80% thermal efficiency for constand heat and power outputs at optimal operating conditions. Practical CHP schemes rarely achieve this because of the vagaries of their heat and power demands. Real CHP schemes deliver more modest improvements efficiency at the expense of significant additional capital investment.
A CHP scheme could be specially arranged to operate at steady optimal conditons. But this “feather bed” would come at the expense of other power stations carrying out all the dirty work of responding to the vagaries of energy consumption. As such, the overall benefit of the CHP scheme (all things considered) is less than the apparent efficiency.
Modern coal fired power stations are not the same beasts as the ones you grew up with. Modern coal fired stations are only said to be “dirty” because of CO2 emissions (and that’s just the rhetoric of the activist).
Don’t take for granted what you have today. Coal can be stored in large quantities close to the power station, and can therefore make a positive contribution to short-term energy security. If the USA and EU are discouraged from building new coal fired power stations, they will be leaving themselves exposed to a nasty surprise if there is a disruption to gas supply.
Reducing CO2 emissions does not equate to improved energy utilisation. Quite the contrary.
Inventing a climate problem is not a productive way to address issues of energy security.
I would say that CO2 sensitivity (to doubling pCO2) is likely to be somewhere between zero (Miskolczi) and sub-1 degC (no amplification passive response).
The fairies at the bottom of my garden are probably a better example of a wicked problem. I’m not too sure why … and others may feel differently about it.
For clarity – when I said a “storage is a net energy consumer” I mean in the sense of less useful energy out when compared to input. Not in the sense of conservation of energy.
Oddly enough, Mr. Fuller’s solution is valid, even if the problem of global warming doesn’t exist — because, just like All problems have causes, and many times the causes are actually solutions to previous problems., some solutions resolve many problems, and not always the intended target. His suggestions would have us headed in the right direction whether we’re solving the global warming problem or the energy-for-the-masses problem.
I checked, they don’t give a def. for “wiki problem” that arises with editorial tyranny. It is similar to the topic term in that there really is no satisfactory solution.
Start with the definition of “wicked” per Noah Webster 1828
To begin with, the problem is caused and compounded by those who invert the meaning of words!
Crimes against unalienable rights qualify as “wicked”. e.g., Genocide, and slavery.
Stalin and Mao claiming communism as a “holy” cause is in itself wicked by inverting the definition of “holy”. See Isaiah 5:20 (NIV)
Lacking the wisdom of Solomon does not transmute a “very difficult” problem into a morally “wicked” problem.
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John Lish,
I appreciated your comment, me being an old nuclear guy : ) Two things.
Nuclear fuel (assume you mean uranium isotopes for light water reactors) availability and price are subject to the laws of supply and demand. The suitable uranium isotopes are not rare and not overly plentiful. As demand goes up marginal ores will be mined, as demand falls the marginal ores will not be mined. There is not a major resource availability issue unless environmentalists are just anti-mining. Then they will have created a problem with getting the uranium ore out of the ground. We must be vigilant with the anti-mining ideological environmentalists. As always.
Regarding your ‘power demand-responsive’ statement, if you are referring to the idea that nuclear plants are usually used as base loads on grids and other sources follow the daily peak demand above the base load, that is normally true. Nuclear plants can follow load demand, within certain rates of load demand change, and can be used that way but they are large units (typically) compared to other sources and are not normally used that way. Plus you can bring a gas unit or oil unit or coal unit online relatively much more quickly; nuclear plants are normally slower to bring online from a cold shutdown condition.
John
It’s hard to argue with all the apparent benefits of nuclear power, but I’d feel just a wee bit better if they weren’t so blatant about privatizing the gains and socializing the risks. How about we scrap the Price-Anderson Nuclear Industries Indemnity Act and allow the insurers to set fair premiums (via the Invisible Hand of the Free Market, naturally) for constructing and operating nuclear facilities? At least that way we’d have the insurers riding herd on the engineers. Anybody besides me remember the Rasmussen report, Reactor Safety Study (Wash 1400)? What a waste of paper. (Note: this comment is US-centric. Apologies.)