Pacific Standard March-April 2013 Cover

Peak Oil and Apocalypse Then

Based on the past experience of Japan, North Korea and Cuba, an Oxford researcher identifies three possible responses to peak oil: Predatory militarism, totalitarian retrenchment and socioeconomic adaptation.


An Oxford researcher warns that historic commodity shortages foreshadow a painful future. (inok / istockphoto)
4 Flares 4 Flares ×

Oil is the backbone resource of industrial society, but the Oil Age will come to an end, someday. The pessimists say the world reached maximum oil production in 2008. Middle-of-the-road optimists say peak oil won’t occur until 2030. Either way, production is already past its peak and on a terminal decline in 54 of the 65 largest oil-producing countries in the world, including Mexico, Norway, Indonesia and Australia. It’s been declining in the lower 48 states of the United States since 1970.

What will happen when cheap oil is no longer available and supplies start running short? In an interview with Miller-McCune.com, Jörg Friedrichs, a lecturer in politics at the University of Oxford, examines how different parts of the world would likely react to a peak oil scenario.

Despite its timeliness, Friedrichs’ examination of the global energy crunch was rejected a dozen times before it found a home in the August issue of Energy Policy. A pre-print version, a shortened version and a public discussion can be viewed online.

Miller-McCune.com: In your study, you ask the question, “What is likely to happen if peak oil occurs?” When do you think that will be?

Jörg Friedrichs: As a social scientist, I don’t ask when peak oil will occur. This is a question for geologists, engineers and possibly economists. Some of them believe that the world has reached the peak of the Oil Age, or is about to reach it in this decade. Instead of joining their debate, my question is, “What if?” This I see as a social scientific research challenge.

M-M: Why do you think the U.S. would cynically choose “predatory militarism” in the face of future resource shortages, as fuel-starved Japan did before World War II?

JF: Predatory militarism is the result of desperation and temptation. In the Japanese case, the element of desperation prevailed. As a consequence of their own ill-conceived policies, they saw no other choice in 1941 than to loot oil from the East Indies, even at the cost of starting a suicidal war with the United States. In the case of the U.S., the element of temptation may be stronger. Why compete for a scarce but vital resource in markets when you have a military option? Why negotiate with people like Hugo Chávez if you have a military stick? We have sometimes seen this pattern in the past, and we are likely to see it more often after peak oil. However, there is also likely to be a great deal of desperation. One should not underestimate the likely consternation of many American citizens when their fossil-fuelled and consumerist lifestyle is in serious jeopardy.

M-M: What about China, another country that is heavily dependent on oil imports?

JF: On the one hand, the situation of China would be more desperate than the U.S. because their access to foreign oil is militarily less secure. But on the other hand, they would be less tempted because their navy and air force is no match for the U.S. The Chinese military could hardly control the shipping lanes from Angola to China, or even in the Straits of Malacca. But they may perhaps be tempted to launch predatory military operations in Central Asia.

M-M: In your view, what would other entrenched dictatorships likely do if their imports of oil were severely reduced?

JF: It’s awful to imagine, but they may follow the example of North Korea. On its own cynical terms, the North Korean regime has successfully dealt with a severe oil supply disruption that began in the early 1990s. When the Soviets stopped delivering subsidized oil to foreign “comrades,” the North Korean elite basically screwed its own population. Elite privileges were preserved, while hundreds of thousands of ordinary people starved.

M-M: Wouldn’t there likely be popular movements to overthrow those dictatorships?

JF: This is indeed likely to happen in many places. Where authoritarian regimes try a North Korean strategy but fail, a failed state is the most likely outcome.

M-M: You offer a third, less shocking scenario, one in which “local solidarity” and urban “self-help” agriculture gets people through a period of severe fuel shortages, as in Cuba after the collapse of the Soviet Union. What countries do you think might take this route?

JF: The Cuban experience offers an interesting contrast to what happened in North Korea. Despite a similar crisis, there was a period of considerable hardship, but no mass starvation. This was possible because, unlike North Korea, Cuban society preserves a lot of social glue and traditional knowledge. Developing countries are more likely to be in this category than developed countries. Unfortunately, many developing countries are hopelessly overpopulated. But where there is social glue and where sustainable lifestyles can be recovered, people may find a way to muddle through at the local level.

M-M: Why don’t you think the West would be a good candidate for “local solidarity”?

JF: Strictly speaking, it’s not so much a problem of the West but of a particular lifestyle. When social glue and traditional lifestyles have eroded, they are not easily recovered. After several generations of individualism and affluence, Westerners will have a hard time accepting that they need to rely on communities and must revert to a sustainable lifestyle. After 65 years of mass consumerism, Japanese society is likely to face similar problems.

M-M: What about Europe?

JF: Western Europe falls under the category of places where social glue and sustainable lifestyles are almost passé. Unlike the U.S., Europe is not a particularly promising contender in case of a military scramble for resources. And unlike North Koreans, Europeans are not likely to accept a totalitarian “solution” to the problem of how to slice up a shrinking pie. After peak oil, probably the best hope for Europe is populist regimes that might mobilize residual national solidarity to weather the crisis. I’m not a fan of populist regimes, but they typically emerge when democratic societies enter a deep crisis.

Fortunately, there are a few rays of hope. Western Europe has invested more in energy conservation and sustainable energy than any other part of the world; and railways offer a fallback position for transportation that is not available in most other places. There is a chance that Europe may possess large reserves of shale gas. In any case, Russia and the Near East can supply Europe with oil and gas. Unfortunately, however, such deals are highly unstable and subject to constant renegotiation. In the long run, Europeans could hardly avoid a return to a more subsistence-based lifestyle, but given their long exposure to mass consumerism, they will have a very hard time in the process.

M-M: Explain how Dixieland fits into your views of peak oil and its aftermath.

JF: Dixieland is a cautionary tale for those who believe that social and technological innovation will take care of all problems. After Southern elites lost slavery as the backbone of their way of life [during the U.S. Civil War], it took them at least a century to adjust to the new reality. Why did they not simply embrace industrial capitalism and liberal democracy? Well, I guess it is not so easy to give up one’s lifestyle. Now, imagine that people were to face an energetic downgrade, rather than the upgrade available to Dixieland after the Civil War. While the “challenge” for Dixieland was lifting its socioeconomic fabric to industrial capitalism and liberal democracy, after peak oil the opposite would be the case. Do you really think people would have an easier time adjusting to peak oil? The world would sorely miss cheap and abundant energy, and liberal democracy would become more and more difficult to sustain. The example of Dixieland shows that it takes a lot of time for the ”new consciousness” to emerge that is necessary for radical social change.

M-M: But isn’t that comparing apples and oranges? The Civil War was about much more than technology.

JF: I am really not interested in the Civil War and its root causes. What I am interested in is rather the reaction of Southern society to the defeat. How do people react when they are deprived of their socioeconomic backbone resource — slaves for Dixie, oil for us? What happens when people are forced to radically adjust their way of life? This hasn’t happened very often in history, but we can look at the South of the United States from the end of the Civil War in 1865 to the Civil Rights Act of 1964 to get some clues.

M-M: Why do you dismiss the possibility of a smooth transition from oil to other sources, such as solar and wind power or a new, improved generation of nuclear reactors?

JF: I do not dismiss this possibility. The ideal solution would be to electrify everything from road traffic to heating systems, and then produce electricity with whatever energy source is available. But let us not forget that such a technological fix would take a lot of time and investment. Unless the energy descent after peak oil is very smooth indeed, there may simply not be enough time. Alas, technological crash programs are much more difficult under crisis conditions. This is not to deny that solar and wind, as well as nuclear energy, can be helpful in the transition. But the transition is unlikely to be smooth.

M-M: You say that coal would become a more important energy source for at least a couple of decades, with dire consequences for the climate. What about clean coal and other technological innovation?

JF: Most clean coal technologies, as well as many other innovations, are currently at the experimental stage. As mentioned, their implementation requires a lot of time and investment that may not be available under crisis conditions. Another serious problem is the fact that clean coal technologies, such as carbon capture and storage, require energy and thereby reduce efficiency. You basically siphon off energy from productive purposes to reduce carbon emissions. If we assume that sufficient energy supply will become a serious challenge after peak oil, this may hardly be acceptable to some people.

M-M: After peak oil, how does the world realign itself, in your view? Which countries come out on top?

JF: This depends on your criteria. If the criterion is the ability to gain military access to energy resources, then I’d say the U.S. If it is the capacity for peaceful adaptation, then I’d look at developing countries that are not too much overpopulated. If the criterion is political stability, then countries with a recoverable authoritarian tradition are likely to work better than liberal democracies. This sounds like a dismal criterion, but stability will be highly valued in times of crisis when entire countries fall apart. It doesn’t have to be as bad as North Korea: just think of “authoritarian democracies” such as Putin’s Russia.

Oil exporting countries such as Brazil or Iran are also possible winners. However, they may just as well fall victim to military predation and/or the notorious “resource curse.”

M-M: What happens to global oil corporations such as Exxon and Shell?

JF: In the transition, they are likely to lose further ground to the state-controlled companies of oil exporting countries such as Saudi Aramco or the Nigerian National Petroleum Corporation. As a consequence, even oil importing countries would increasingly rely on state-controlled companies. This is already happening, for example, in the case of the China National Petroleum Corporation.

M-M: Instead of collapse, you forecast a “slow and painful” adjustment to peak oil, lasting a century or more. Is there anything people can do right now to prevent that from happening? Or is it inevitable, as you suggest it is, that “industrial society will start crumbling and free trade will begin to disintegrate?”

JF: I believe it’s inevitable. But this doesn’t mean that action cannot make a difference. There is a difference between slamming into a brick wall and crashing into a haystack. Peak oil is not likely to be a haystack, but it doesn’t have to be a brick wall — if, that is, people take appropriate measures to prepare themselves and smoothen the descent.

M-M: You say your research was “trashed 12 times” before it was accepted for Energy Policy. Why?

JF: My colleagues in the social sciences are just not (yet) ready to face this topic. Most of them prefer to stage disciplinary sham fights rather than looking at pressing issues. Perhaps it’s going to be like the end of the Cold War or the current financial crisis, where clever analyses by social scientists have appeared only after the fact.

But, of course, I cannot entirely exclude the possibility that peak oil is still 20 years down the line. Nor can I exclude the chance that some technological breakthrough such as fusion technology is around the corner. If that happens, I will be glad if my research turns out to be inapplicable. As mentioned in my introductory statement, I am only exploring a (highly plausible) hypothesis.

But be that as it may, I am very grateful that, after all these futile attempts, Energy Policy has now published my research. The journal is run by energy experts rather than social scientists, and it is significant that they have accepted the article without further ado.

About Melinda Burns

Former Miller-McCune staff writer Melinda Burns was previously a senior writer for the Santa Barbara News-Press, covering immigration, urban planning, science, and the environment.

  • http://www.youtube.com/user/MrEnergyCzar MrEnergyCzar

    I've been preparing my family for peak oil for 3 years now….I made a video about what people can do to make them less vulnerable….
    http://www.youtube.com/watch?v=hHmXhgBhtWk

  • http://www.naturalgasforeurope.com cladd

    Shale gas has made a huge impact in the US energy equation. Europe may be the next frontier for shale gas.
    Excitement continues to build for shale gas as an alternative to Russian sources of energy as Lane Energy and ConocoPhillips prepare to drilling in Poland.

    Natural Gas for Europe http://www.naturalgasforeurope.com provides updates on developments for those interested in seeing if the Baltic Basin and other prospective European shale formations, will be the next Marcellus, Haynesville, Eagle Ford, etc.

  • Gale Whitaker

    No mention was made of the fact that all alternative energy sources only make economic sense if they are produced with cheap oil. When the price of oil skyrockets it will no longer be possible to construct nuclear plants, wind turbines or solar panels at costs that have a chance to make an acceptable return on investment. The conservative demons that run capitalistic society have forced us to delay until its too late for alternative solutions. There is no future but chaos.

    • J4zonian

      Gail,

      I understand your concern but please stop confusing your own personal feelings of doom (conscious or un-) with being able to predict the future of humanity. None of us knows how it will turn out.

      While solar and wind have lower return than shallow domestic oil they are like deep, poorer quality oil far away–what we live on now. (Transition Handbook p51.) I've seen no reliable well-researched logical source showing what you say about wind and solar is true. If you know any please list. Also, the chart shows the great advantages of tidal, wind (especially offshore) and slightly less perfect alternatives: very high EROEI and low carbon footprints (CF)). Small hydro and solar also have very high EROEI (passive heating and cooling, water heating, concentrating thermal…) Nuclear? Abysmal in both EROEI, CF. 1930s oil’s EROEI was 100:1; now: 20:1 and shrinking. New fields are coming in at about 11, much less than the clean alternatives. Wind, solar etc. are completely sustainable.

    • J4zonian

      2

      Shale gas has a huge CF and low ER; tar sands are terrible in both and should be abandoned immediately to avoid climate catastrophe.

      The longer we wait the harder it will be, so yes, the US far right that bolluxes up every type of progress is very very bad for everyone. I’ve heard that peak oil people and climate people ignore each other, but all through this otherwise fascinating article I kept waiting for Burns or Friedrichs to mention climate. Nothing! Which makes his projections useless, as it changes the timetable for both pre- and post-peak adjustment. We have about 10-20 years to completely switch to clean energy, to avoid cataclysm by 2050 and the collapse of civilization by about 2100, if we don’t act strongly, soon. We CAN do this. There is no technical, financial, physical reason we can’t. Only the fears and intransigence of a few continue to slow us. Answering their fears and healing their attachment disorders could even turn that around. We have to start now, and make it THE world priority. We have to stop spewing hopelessness in inappropriate forums. Take it up with your friends and therapist instead.

  • Derek Deighton

    The UK and the One Planet World see http://trailblazerbusinessfutures.wordpress.com/2

  • EngineerB

    Solar, wind and wave energy sources and energy conserving systems have been envisioned by engineers for decades. If governments would allocate R&R funding in a fraction of the amount wasted on failed programs and priorities, alternative energy sources would be a reality.

  • http://www.seattleinnovators.org Joe Brewer

    Thank you for covering this incredibly timely and important topic. I recommend following the work of the Post Carbon Institute to stay abreast of the challenges and opportunities in the transition. They have brought together the world's leading experts in key areas like energy policy, finance, water, the built environment, and global population to collaborate around this pressing issue.

    Learn more at http://www.postcarbon.org

  • http://www.seattleinnovators.org Joe Brewer

    Thank you for covering this incredibly timely and important topic. I recommend following the work of the Post Carbon Institute to stay abreast of the challenges and opportunities in the transition. They have brought together the world's leading experts in key areas like energy policy, finance, water, the built environment, and global population to collaborate around this pressing issue.

  • http://www.modernstronghold.com Stronghold

    The very first likely option is simply a huge population die-off: wars, famines, disease. The stuff of the normative human experience, throughout history. As always, some strongmen will put together a coalition from those nimble enough to become opportunists, rather than dead. Social glue is the key to whether local communities will survive. Folks who want a chance at this inevitable but very likely future should be investing in farmland, livestock, seed, and the skills of our grandfathers. The crunch is coming and many will simply not make the transition. http://www.modernstronghold.com

    • mistermoose

      My wife works for a local stockbroker/financial planner. Recently, they have heard very similar advice from several different sources, including hedge fund managers in the US and Europe. The guys on Wall Street are now telling us that we should be buying "arable farm land, preferably away from major population centers." Also, of course, gold, guns, and ammo.

      Ya think they might know something that the rest of us haven't quite figured out yet? I'm reminded of the famous Chinese curse: May you live in interesting times…

  • Goat1080

    The net oil exporting countries are beginning to consume more oil themselves as they build up larger economies and lean increasingly toward materialism with all its energy requirements.

    The USA is already deeply rooted in a military campaign to strategically position itself to capture more of the world's oil. The military-industrial complex is currently the nation's biggest spender and employer.

    The transition of "developing nations" to consumer societies, especially India and China, is putting even more strain on oil supplies and accelerating the day of reckoning rapidly toward us.

    Almost certainly, 2008 will prove to be the year of the peak in global oil production including non-traditional sources of oil such as deep offshore wells and tar sands.

    Putting all this together indicates we are already over the peak and due to the current recession (also possibly oil-induced) are experiencing a short plateau before the drop off.

    Some tropical countries may fare the best – those with decent population levels. They can stay warm and grow food all year. Those are key considerations.

  • http://sufiy.blogspot.com/ Sufiy

    There is a technology to avoid wars for oil which is available today: Electric Cars. We guess that in front of these Apocalypse scenarios Range Anxiety will be finally out of discussion. We still have time to embrace it, but it is going out day by day with every oil drop…
    "Electric Cars is the only commercially viable technology today to sustain mobility world wide with rising Oil prices. Lithium is at the heart of Green Mobility revolution – it is an industry adopted standard for batteries and billions of dollars are invested into battery technology and upcoming by the end of this year Electric Cars on a mass market scale. This Bull market is still very young – only a year or so from the beginning after the crash of 2008. More" http://sufiy.blogspot.com/2010/06/is-there-life-a

    • steve

      Electric cars? Where is this electricity going to come from? Is there some magical store of electric energy we don't know about? Electririfying cars isn't a solution to this problem, and I'm tired of hearing it mentioned as if it is. Converting a sustainable source into hydrogen is more of an answer.

      To solve the problem at its root we need to stop burning fossil fuels for energy; be that the coal that provides energy for youre electric car, or the oil that I burn in mine.

    • Goat1080

      Lithium, like oil, is in short supply and is a finite resource. There is not enough known Lithium to build batteries to replace the world's car fleet. Also, massive amounts of oil, coal and gas are required to manufacure the steel, plastics and rubber used in cars – even electric cars. Electric cars may be available in the future but by only a tiny fraction of the population.

  • Lloyd E. Weaver

    The transition away from oil to the next epoch of modern energy does require a more electrified society. But even more it also requires a dramatic change in the architecture of products and our politics. 1. For example, an airliner can go from 85 PMPG (passenger miles per gallon) to 250 by changing the architecture; no engine change is required. Impossible you say because it would be so done already. Not so. It does not necessarily follow that Airbus or Boeing know all, they do not. 2. Nuclear using thorium can get 75% of the energy from the reaction versus 5% for Uranium. Uranium for energy happened because we wanted the bomb, and the plutonium for the big one. 3. Elevated medium weight rail along our super highways with remote controlled modules can eliminate most long haul trucking and replace most short haul air traffic. Coupled with 250 PMPG airliners for long trips, you get the picture. And high-speed rail for passengers doesn’t have to be 200 mph; 110 mph (interstate maximum design speed) is good enough and maximally efficient making 500 PMPG rail modules very feasible, and all electric. 4. Clean coal does not mean sequestering CO2 because CO2 is no cause of global warming, but it does mean a new architecture for coal power stations, which we have heretofore refused to embrace. 5. Heat pumps can heat every home and increase comfort levels. 6. All 132 million-commuter cars can be EV’s, but not using the architecture of present designs we see evolving. And a bullet truck can double heavy haul truck fuel efficiency, improve stopping safety, and with their high streamlining greatly reduce small car buffeting. 7 Politicians are in the way of change. Either ahead of an election or immediately thereafter they plug the system full of pork spending to reward their buddies while failing to reform existing programs after they are elected. 8. One thing is certain, we can’t bully our way to oil supplies as Japan tried in WWII; that could result in an all out nuclear war. We are better off to change our product architectures (achieve serious energy efficiency improvements or full blown alternatives) and reform our politics rather than to fight wars over oil energy. 9. Change is inevitable, and there are always new problems to solve, and new challenges and opportunities for every generation. 10. The U.S. can survive peak oil without mishap, but we need to start pulling together as team to make it happen. Shale gas, oil sands in Canada, and clean-coal using existing coal reserves, wind and solar and biomass and a completely new (maximally efficient) architecture for all big energy using products will create our new energy future.

  • sheckyvegas

    PREDATOR! PREDATOR! PREDATOR! But, of course, I'm an American and we're good at that. Watch us secretly undermine China. *tee-hee! tee-hee!*

  • Mark

    Part of it is political will (and need). Although a current "shortage" of quality semiconductors for massive quantities of solar panels, covering all of Arizona would produce enough energy for the whole country. An interesting effect of that would displace energy from AZ which appears as desert sands heat to energy wherever the electricity gets consumed – as waste heat. So local climates would change.
    The down side to Japan's designs on placing energy collectors in earth orbit, is that we increase the sun's incident radiation on the earth to include whatever additional energy is collected from earth orbit and "beamed" down. The other side of that coin is that displacing that amount of consumed fossil fuels would reduce the carbon footprint. However, it could just stop fossil fuel consumption at the current levels and meet only new demands with space radiation.
    That is probably too many different topics for one post. At least there are extant technical solutions for energy production.