(I encourage those who have not done so to read it: Encircling the Peak of World Oil Production).

Figure 5. Toward Re-Equalizing the World Standards of Living
Olduvai Theory: Toward Re-Equalizing the World Standard of Living
By Richard Duncan
Since the consumption of energy is the prerequisite for all economic activity, “energy consumption” instead of “money consumption,” is a more accurate long term metric for measuring welfare.
Abstract
This study is based on: (1) historic population and energy data from 1965 to 2008 and (2) backup studies by several scientists. The Olduvai Theory is explained by disaggregating the World into the U.S., the OECD nations, and the non-OECD nations standards of living (SL). The U.S. SL peaked in 1973 (Figure 1). The World SL rapidly increased from 2000 to 2007 (Figure 2). This increase was caused by just a few non-OECD nations (Figure 3). The OECD SL peaked in 2005 (Figure 4). The Olduvai Theory shows each SL curve trending toward the same average SL value that the World had in 1930 (Figure 5).Introduction
The Olduvai Theory (OT) is defined by the rise and fall of the World standard of living (SL). The main population data are from OECD (2008) and the main energy data are from BP (2008). The OT is quantified by dividing World population (P) into World energy consumption (E): SL = E/P. 1 Suddenly however, in June 2008 I was pressed to explain the rapid rise in the World SL from 2000 to 2007. The cause turned out to be the rapid rise of the SL in just a few of the 165 non-OECD (‘underdeveloped’) nations: namely China, India and Brazil. In contrast the SL of the 30 OECD (‘developed’) nations peaked in 2005 and has since declined. Population and energy data from 1965 to 2007, OECD data for 2008 and early 2009, and OECD projections to 2010 are the basis for a scenario toward re-equalizing the World SL from 2008 to 2030. Backup studies are referenced, quoted and discussed:-
M. King Hubbert presented an Olduvai-like hypothesis to the AAAS Centennial Conference in 1948 and published it in Science in 1949.
-
Jay W. Forrester in 1971/1973 used feedback modeling to show the likelihood of overshoot and collapse of the World ‘STEP’ system.
-
Walter Youngquist (advance copy ms. GeoDestinies, 2009) describes the grave problems resulting from U.S. and World population growth coupled to the depletion of Earth resources.
Three Geo/STEP Scientists
This section highlights how a Geophysicist, a Systems Scientist and a Petroleum Geologist viewed/view the past and project the future of Industrial Civilization.M. King Hubbert (1903-1989)
Geophysicist and Professor Emeritus, Columbia University — gave an invited presentation to the Centennial Conference of the American Association for the Advancement of Science (AAAS) in 1948 titled “Energy from Fossil Fuels.” In it he sketched and discussed an Olduvai-like scenario. His presentation was published in Science, 1949.Human Affairs in Time Perspective
The present state of human affairs can best be appreciated in the light of a time perspective, minus and plus, of some tens of thousands of years from the present, as depicted in Fig. 8 [frame #1]. On such a time scale the phenomena we have discussed are represented by abrupt, nearly vertical rises from zero or near zero to maximum values. The consumption of energy from fossil fuels is thus seen to be but a “pip,” rising sharply from zero to a maximum, and almost as sharply declining, and thus representing but a moment in the total human history.Likewise the consumption of energy per capita [Fig. 8, frame #3}, after having risen very gradually from 2,000 to possibly 10,000 kilogram calories per day, is seen to increase suddenly to a maximum value of several times the highest previous value. Again it is physically possible to maintain a high value, as indicated by Curve I, on a stable basis for an indefinite period of time from current energy sources, particularly direct and indirect solar radiation. It is also possible, however, that through cultural degeneration this curve may decline, as in Curve II, to the subsistence level of our agrarian ancestors. 2
Viewed on such a time scale [Fig. 8, frame #4], the curve of human population would be flat and only slightly above zero for all preceding human history, and then it too would be seen to rise abruptly and almost vertically to a maximum value of several billion. Thereafter, depending largely upon what energy supplies are available, it might stabilize at a maximum value, as in Curve I, or more probably to a lower and more nearly optimum value, as in Curve II. However, should cultural degeneration occur so that the available energy resources should not be utilized, the human population would undoubtedly be reduced to a number appropriate to an agrarian existence, as in Curve III.
These sharp breaks in all the foregoing curves can be ascribed quite definitely, directly or indirectly, to the tapping of the large supplies of energy stored up in the fossil fuels. The release of this energy is a unidirectional and irreversible process. It can only happen once, and the historical events associated with this release are necessarily without precedent, and are intrinsically incapable of repetition.
It is clear, therefore, that our present position on the nearly vertical front slopes of these curves is a precarious one, and that the events which we are witnessing and experiencing, far from being “normal,” are among the most abnormal and anomalous in the history of the World. Yet we cannot turn back; neither can we consolidate our gains and remain where we are. In fact, we have no choice but to proceed into a future, which we may be assured will differ markedly from anything we have experienced thus far.
M. King Hubbert, Science, 1949, p. 103-109
––––––––––––––––––––––––––––––––––––––
Jay W. Forrester
Electrical Engineer, Computer Scientist and Professor Emeritus, Sloan School of Management, MIT — has a remarkable record of innovations and applications in both hardware and software. This essay focuses on his groundbreaking book, World Dynamics (1971/1973) wherein he uses feedback control theory to model the World STEP system.
The World Situation
Many global attitudes and programs seem to be based on accepting future growth in population as preordained and as the basis for action. But, if we make provision for rising population, population responds by rising. What is to stop the exponential growth? This book describes the circular processes of our social systems in which there is no uni-directional cause and effect. Instead, a ring of actions and consequences close back on themselves. One can say, incompletely, that population will grow and that cities, space, and food must be provided. But one can likewise say, also incompletely, that the provision of cities, space, and food will cause population to grow. Population generates the pressures to support growth of population. But supporting the growth leads to more population. Growth will stop only in the face of enough pressure to suppress the internal dynamic forces of expansion.Many programs—for example the development of more productive grains and agricultural methods—are spoken of as “buying time” until population control becomes effective. But the process of buying time reduces the pressures that force population control.
Any proposed program for the future must deal with both the quality of life and the factors affecting population. “Raising the quality of life,” means releasing stress, reducing crowding, reducing pollution, alleviating hunger, and treating ill health. But these pressures are exactly the sources of concern and actions that will control total population to keep it within the bounds of the fixed world within we live. If the pressures are relaxed, so is the concern about how we impinge on the environment. Population will then rise further until the pressures reappear with an intensity that can no longer be relieved. Trying to raise quality of life without intentionally creating compensating pressure to prevent a rise in population density will be self-defeating. Efforts to improve quality of life will fail until effective means have been implemented for limiting both population and industrialization.
Without effective legal and psychological control, population grows until stresses rise far enough, which is to say that the quality of life falls far enough, to stop further increase. Everything we do to reduce those pressures cause the population to rise farther and faster and hastens the day when expediencies will no longer suffice. People are in the position of a wild animal running from its pursuers. We still have some space, natural resources, and agricultural land left. We can avoid the question of rising population as long as we can flee into this bountiful reservoir that nature provided. But the reservoir is limited. Exponential growth cannot continue. The wild animal flees until he is cornered, until he has no more space. Then he turns to fight, but he no longer has room to maneuver. He is less able to forestall disaster than if he had fought in the open while there was still room to yield and to dodge. The world is running away from its long-term threats by trying to relieve social pressures as they arise. But, if we persist in treating only the symptoms and not the causes, the result will be to increase the magnitude of the ultimate threat and reduce our capability to respond when we no longer have more space and resources to invade.
What does this mean? Instead of automatically attempting to cope with population growth, national and international efforts to relieve the pressures of excess growth must be reexamined. Many such humanitarian impulses seem to be making matters worse in the long run. Rising pressures are necessary to hasten the day when population is stabilized. Pressures can be increased by reducing food production, reducing health services, and reducing industrialization. Such reductions seem to have only slight effect on quality of life in the long run. The principal effect will be in squeezing down and stopping the runaway growth. …
The long-term future of the earth must be faced soon as a guide for present action. Goals of nations and societies must be altered to become compatible with that future, otherwise man remains out of balance with his environment. Man can do vast damage first, but eventually he will yield to the mounting forces of the environment. Can the traditions of civilization be altered to become compatible with global equilibrium?
Jay W. Forrester, World Dynamics, 1973, p. 123-125
––––––––––––––––––––––––––––––––––––––
Walter Youngquist
Geologist, draws from his experience in living and working abroad, and travels in some 70 countries to observe the vital relationship of population to available Earth resources. He is particularly concerned about continuing population growth against declining both nonrenewable and renewable resource bases—fertile soil and fresh water being examples of the latter.
Selections from the Introduction, ms. advance copy
We are relative latecomers on the scene, and the Earth existed for several billion years very well without us. But with our arrival and our development of culture to the technological age in which we now live, in a very brief time we have had an impact on the Earth beyond what any other organism has ever had. We therefore live in a unique, and what is likely to be a very brief time in human history. Some of us have been very fortunate to live in these times near or at the top of the pyramid of technological and medical advances. But we are at the same time living at a great turning point in Earth and human history.It is apparent that current political, economic, and social efforts are to keep things as they are—not to change. People in developed countries do not like changes in their lifestyles … if they believe they are good now. But changes come and are unavoidable. …
As much as the future changed during less than in my lifetime, the future of most of those reading this book will surely be equally or more changed from what is the present. Successfully adjusting to a different future from what has been enjoyed by at least some the past few hundred years is the challenge lying now directly ahead. …
In earlier centuries, with many fewer people, these Earth resources were exploited only very slowly and in minor amounts. But within the past few hundred years, with the arrival of the Industrial Revolution … the rate and volume of resource exploitation has greatly increased, … It was the use of these resources that has been the base for the rise of our present civilization, allowing some segments of society to achieve, … a standard of living never before imagined.
Accompanying this rise in standard of living has been a huge increase in population, from an estimated 610 million in 1700 to the current approximately 6.7 billion. This has been a truly astounding event made possible chiefly by three factors: great medical advances including sanitation, the widespread use of high energy density fossil fuels, and the use of these fossil fuels to greatly enhance agricultural production …
[It] is the huge rise in population and related increased Earth resource consumption … that is probably the salient fact of these truly remarkable recent few centuries. …
But these materials … can be extracted and used only once. … Can we continue to maintain the present high standard of living for some of us, by using truly renewable Earth resources … instead of an inheritance from the past? …
Much of the discussion in the following chapters is related to stress on Earth mineral and energy resources, and stress on the environment from population growth. Equally and perhaps more important … are social stresses resulting in part from depletion of resources, such as water supplies and fertile soils … and resulting food shortages causing riots. Also population is growing … faster than are jobs. … Until recently, the outlet for stress from a growing population was migration … but this outlet no longer exists. …
Even the United States, the United Kingdom, and European countries may show stress in several ways including generally rising unemployment, and antagonism toward immigrant labor …
One fact is abundantly clear: we have already exceeded the permanent carrying capacity of the Earth, and the number one problem is to reduce population in an orderly fashion to fit into the new renewable resources paradigm. …
[Nearly] all governmental leaders worldwide are committed to keeping and expanding the present agendas of resource consumption … with the rallying cry of “sustainable economic growth.” The underlying basic problem of population growth is rarely addressed—absent from most political agendas as being “politically incorrect.” …
[Growth] based upon continuing to exploit the finite resources of the Earth is not possible. Yet this is the current basis of the world’s developing and developed economies. … We need to be as self-sufficient, dependent on resources from local economies … for this has to be a part of any sustainable future. …
History is informative and gives us a perspective on how we came to where we are today. But it is the future in which you will live and the future is “not what it used to be.” But it is now arriving … bringing with it more than 190,000 people each day to live on depleting resources. …
It is the purpose of this volume to provide a perspective on the past, but more importantly provide a possible and hopefully a fairly realistic view of what the future may hold. … [Namely] that on this finite Earth high consuming societies are eventually going to be relegated to being an artifact of history. …
Our modern, developed societies tend to be removed, by their present degree of affluence, from the environment as the basis for our existence. Food comes from the supermarket, clean water comes from the faucet. But the closer people live to the margin of existence, the more they realize the vital importance of fertile soil, and safe drinking water, …
How we try to navigate the choppy waters to the future, will determine to a large extent when and in what condition we will arrive to the new land of sustainable renewable Earth resources. … The continued almost inevitable growth of population … against the depletion of Earth resources combine to form the main challenge before us. …
Those who will be living at the end of this century will see much of this land of the future come into view, but even there and then as now, Earth resources will continue to be the base for human existence and will inevitably exert final control over the destinies of nations and individuals. We are made of Earth materials, and its biological products, and on these we survive. To continue to negatively impact our environment is a form of suicide. “Mother Earth” is not an abstract concept but very much a reality, for from Earth we came, on it we depend for our existence. …
Walter Youngquist, ms. advance copy GeoDestinies, 2009
––––––––––––––––––––––––––––––––––––––
The American Example
Obvious Responses Will Not Suffice
The dynamic characteristics of complex social systems frequently mislead people. … [Urban policies for example] are being followed on the presumption that they will alleviate the difficulties. … In fact, a downward spiral develops in which the presumed solution makes the difficulty worse and thereby causes redoubling of the presumed solution so that matters become still worse.The same downward spiral frequently develops in national government and at the level of world affairs. Judgment and debate lead to programs that appear to be sound. Commitment increases to the apparent solutions. If the presumed solutions actually make matters worse, the process by which this happens is not evident. So, when the troubles increase, the efforts are intensified that are actually worsening the problems.
Jay W. Forrester, 1973, p. 93-94
Figure 1 shows the U.S. standard of living (SL) during 37 years.

Figure 1 shows the U.S. standard of living (SL) during 37 years.
Evidence in Figure 1 shows that the U.S. SL grew dramatically from 1965 to its all-time peak in 1973. Then, after an erratic 21 years, it went into an accelerated decline from 2000 to 2007. Moreover, recent data show that the decline accelerated in 2008 and into 2009. Details follow.
Growth–Peak–Decline: From 1965 to 1973 the U.S. SL surged reaching its all time peak in 1973. This was followed by a dip-and-rebound from 1973 to 1979. Then from 1979 to 1983 came a precipitous plunge wherein the U.S. SL fell by 14.5% (8.92 boe/c) in 4 years. A rough recovery came from 1983 to a high in 2000. Then from 2000 to 2007 the U.S. SL declined by 4.1% (2.46 boe/c) in 7 years.
Historical correlations: The U.S. SL grew swiftly during low energy prices from 1965 to 1973. Then in 1973-74 – correlated with an Arab-Israeli war – several OPEC nations banded together and refused to export oil to the U.S. Next in 1979 came the fall of the Shaw of Iran – reputedly a ‘puppet’ of the U.S. – accompanied by a steep rise in the price of oil and a plunge in the U.S. SL from 1979 to 1983. This was followed by an erratic struggle wherein the U.S. SL reached a brief high in 2000. Then, beginning with the Dot.com bust, came the ominous decline from 2000 to 2007.
U.S. population vs. energy: The U.S. population grew from 211,909,000 in 1973 to 301,104,000 in 2007 — an increase of 42.1% or 89,231,000 people in 34 years. At the same time U.S. energy consumption lagged at 31.6%. The net result was that the U.S. SL fell by 7.4% from 1973 to 2007. 3
––––––––––––––––––––––––––––––––––––––
The United States annually takes in more immigrants than do all other nations combined. Somalians now live in Minnesota. Sudanese live in Kentucky. Medicaid is received by 14.8 percent of households headed by Americans, and 24.2 percent by households headed by immigrants. Many compassionate Americans feel that it is our duty to take in more and more immigrants. However, at the current rate of approximately 2.5 million a year, this accounts for only 3 percent of the 80 million people added to world population annually. The United States cannot continue to act as a safety valve for even a small portion of world population growth. Very near the U. S., Haiti has 9 million people living in an area smaller than Malheur County Oregon. Haiti is on inte




