James Howard Kunstler

Quotes

1. Everything characteristic about the condition we call modern life has been a direct result of our access to abundant supplies of cheap fossil fuels. Fossil fuels have permitted us to fly, to go where we want to go rapidly and move things easily from place to place. Fossil fuels rescued us from the despotic darkness of the night. They have made the pharaonic scale of building commonplace everywhere. They have allowed a fractionally tiny percentage of our swollen populations to produce massive amounts of food. They have allowed us to develop industries of surpassing ingenuity and to push the limits of what it even means to be human to the strange frontier where man imagines himself into a kind of machine immortality.

   All of the marvels and miracles of the twentieth century were enabled by our access to abundant supplies of cheap fossil fuels. Even the applied technology of atomic fission, which came along in the mid-[20th-]century, would have been impossible without fossil fuels and may be impossible to continue very long into the future without them.

   The age of fossil fuels is about to end. There is no replacement for them at hand. These facts are poorly understood by the global population preoccupied with the thrum of daily life, but tragically, too, by the educated classes in the United States, who continue to be by far the greatest squanderers of fossil fuels. It is extremely important that we make an effort to understand what is about to happen to us because it will have earth-shaking repercussions for the way we live, the way the world is ordered, and whether the very precious cargo of human culture can move safely forward into the future.

   p. 23

2. It has been estimated that the world human population stood at about one billion around the early 1800s, which was roughly about when the industrial adventure began to gain traction. It has been inferred from this that a billion people is about the limit that the planet Earth can support when it is run on a nonindustrial basis. World population is now past six and a half billion, having more than doubled since my childhood in the 1950s. The mid-twentieth century was a time of rising anxiety over the “population explosion.” The marvelous technological victory over food shortages, including the “green revolution” in crop yields, accelerated that already robust leap in world population that had begun with modernity. Dramatic improvements in sanitation and medicine extended lives. Industry sopped up expanding populations and reassigned them from rural lands to work in the burgeoning cities. The perceived ability of the world to accommodate these newcomers and latecomers in a wholly new disposition of social and economic arrangements seemed [to] be the final nail in the coffin of Thomas Robert Malthus, the much-abused author of the 1798 [groundbreaking work] An Essay on the Principle of Population as It Affects the Future Improvement of Society.

   p. 5

3. It has been... hard... to make sense of the gathering forces that will fundamentally alter the terms of everyday life in ...society. Even after the , that collapsed the twin towers of the and sliced through the Pentagon, [...] [we are] still sleepwalking into [an uncertain] [...] future. […] We are now headed off the edge of a cliff. Beyond that cliff is an abyss of economic and political disorder on a scale that no one has ever seen before. […] The national government will prove to be so impotent and ineffective in managing the enormous vicissitudes we face that the United States may not survive as a nation in any meaningful sense but… will devolve into a set of autonomous regions.

   p. 1

4. Above all, and most immediately, we face the end of the cheap fossil fuel era. It is no exaggeration to state that reliable supplies of cheap [and easy-to-find hydrocarbons like] oil and natural gas underlie everything we identify as a benefit of modern life. All the necessities, comforts, luxuries, and miracles of our time–, , , , , , , , , , surgery, the , you name it–owe their origins or continued existence in one way or another to cheap fossil fuel. Even our nuclear power plants ultimately depend on cheap [and easy-to-find hydrocarbons like] oil and gas for all the procedures of construction, maintenance, and extracting and processing nuclear fuels. The blandishments of cheap oil and gas were so seductive, and induced such transports of mesmerizing contentment, that we ceased paying attention to the essential nature of these miraculous gifts from the [deep] earth: that they exist in finite, nonrenewable supplies, unevenly distributed around the world. To aggravate matters, the wonders of steady technological progress under the reign of oil have tricked us... [in]to believ[ing] that anything we wish for hard enough can come true. These days, even people in our culture who ought to know better are wishing ardently that a smooth, seamless transition from fossil fuels to their putative replacements... lies just a few years ahead… [but] this is a dangerous fantasy. The true best-case scenario may be that some of these technologies will take decades to develop–meaning that we can expect an extremely turbulent interval between the end of cheap oil and whatever comes next. A more likely scenario is that new fuels and technologies may never replace fossil fuels at the scale, rate, and manner at which the [industrial] world currently consumes them.

   p. 2

5. Roman architecture would have been impossible without the complex socioeconomic platform of [the] empire. The medieval social platform for northern European life was less elaborate and… less complex. Compare these two historical cases with the complexity of social and economic organization that allows oil to be extracted from the ground, refined to gasoline, transported six thousand miles, and used in a highly engineered, fine-tuned machine called a car, [to be] driven on a six-lane freeway. If the social and economic platform fails, how long before the knowledge base dissolves? Two hundred years from now, will anyone know how to build or even repair a 1962 Chrysler slant-six engine? Not to mention a Nordex 1500 kW wind turbine? […] The existing knowledge in basic physics and chemistry is so widespread that it is likely to persist quite a while into the future and provide a foundation for doing more with less than, say, the people of the eighteenth century were able to do with their more limited knowledge.

   p. 130

6. Fossil fuels allowed the human race to operate… complex systems at gigantic scales. Renewable energy sources are not compatible with those systems and scales. Renewables will not be able to take the place of oil and gas in running those systems. The systems themselves will have to go. Even many “environmentalists” and “greens” of our day seem to think that all we have to do is switch inputs. Instead of running all the air conditioners of Houston on oil- or gas-generated electricity, we'll use wind farms or massive solar arrays; we'll have super-fuel-efficient cars and keep on commuting over the interstate highway system. It isn’t going to happen. The wish to keep running the same giant systems at [a] gigantic scale using renewables is the heart of our illusions about solar, wind, and waterpower.

   p. 131

7. After World War II, the American public made two momentous and related decisions. First was the decision to resume the project of suburbanization [that was] begun in the 1920s and halted by the Great Depression and war. By the 1950s, the prevailing image of city life was Ralph Kramden’s squalid tenement apartment on television’s The Honeymooners show. Suburbia was the prescribed antidote to the dreariness of the hypertrophied industrial city—and most American cities had never been anything but that. They were short on amenities, overcrowded, and artless. Americans were sick of them and saw no way to improve them. Historically, a powerful sentimental bias for country life ruled the national imagination. As late as 1900, most U.S. citizens had lived on farms, and American culture was still imbued with rural values. As far as many Americans were concerned in the 1950s, suburbia was country living. There was plenty of cheap, open rural land to build on outside the cities, and as soon as mass-production house builders like William Fevitt demonstrated how it might be done, suburbia would be thoroughly democratized—country living for everyone. That suburbia turned out to be a disappointing cartoon of country living rather than the real thing was a tragic unanticipated consequence…

   p. 40

8. What is... not comprehended about this predicament is that the developed world will begin to suffer long before the oil and gas... run out. The American way of life... can run only on reliable supplies of dependably cheap [hydrocarbons like] oil and gas. Even mild to moderate deviations in... supply will crush our economy and make… daily life impossible. Fossil fuel reserves are not scattered equitably around the world. They tend to be concentrated in places where the native peoples don’t like the West in general [...], places physically very remote, places where we realistically can exercise little control [...]. [...] We can be certain that the price and supplies of fossil fuels will suffer oscillations and disruptions in the period ahead [...]. [...] The decline of fossil fuels is certain to ignite chronic strife between nations contesting the remaining supplies. These resource wars have already begun. There will be more of them. They are... to grind on and on [...]. They will only aggravate a situation that, in and of itself, could bring down civilizations. The extent of suffering... will certainly depend on how tenaciously we attempt to cling to obsolete habits, customs, and assumptions–for instance, how fiercely... [we] decide to fight to maintain suburban lifestyles that simply cannot be rationalized any longer.

   p. 3

9. Our brains are really not equipped to process events on the geologic scale—at least in reference to how we choose to live, or what we choose to do in the here and now. Five hundred million years is a long time, but how about the mad rush of events in just the past 2,000 years [of written history] starring the human race? Rather action-packed, wouldn’t you say? Everything [that was recorded in written form] from the Roman Empire to the Twin Towers, with a cast of billions—emperors, slaves, saviors, popes, kings, queens, armies, navies, rabbles, conquest, murder, famine, art, science, revolution, comedy, tragedy, genocide, and Michael Jackson. Enough going on in a mere 2,000 years to divert anyone’s attention from the ultimate fate of the earth, you would think. Just reflecting on the events of the twentieth century alone could take your breath away, so why get bent out of shape about the ultimate fate of the earth? Yet I was not soothed by these thoughts... because I couldn’t shake the recognition that in the short term, we are in pretty serious trouble, too.

   p. 148

10. Both the mining and the washing [of hydrocarbons] require huge amounts of energy, and it has been proposed that any commercial exploitation of the Alberta tar sands would take 20 percent of Canada’s total natural gas production. In the long run, it might not be worth expending the energy from gas to get the energy from the tar sands. If oil from the tar sands themselves were used to process more tar sands, the return would be three barrels of oil for every two consumed. […] In the early days of conventional oil in Texas, the formula was very favorable, around twenty to one. The oil was found close to the surface on dry land in temperate places easy to work in, and it gushed out of the ground under its own pressure. […] Going a bit further, the fundamental equations that support all gigantic… organisms, …may no longer obtain, and human life would have to reorganize its activities on a different basis. Also, once these complex systems and their subsystems halt their operations, restarting them may range from difficult to impossible […].

    p. 108

That’s all the quotes.

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