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Is There a Road Map for What’s Ahead?

Is There a Road Map for What’s Ahead?

One of our primary survival traits is the ability to anticipate the future to avoid threats and reap higher yields. We seek a vantage point to view the road ahead, or even better a road map to what’s ahead.

Is there a road map to what’s ahead?  An enormous amount of research and projections are issued daily, proposing answers to the question: what happens next?

In my view, a good starting point is to recall that there are critical differences between open systems and closed systems. A clock is a closed system, and so its functions are predictable.  An ecosystem is an open system, and so predictions are contingent on an unknowably large number of potential changes in inputs, processes and feedback: new invasive species may arrive and displace native species, predators might be decimated by a new disease, etc.

But even open systems operate according to principles we can discern, and so they are not entirely unpredictable or chaotic. For example, when a keystone species is wiped out, the entire ecosystem collapses.

The immense powers of modern technology, engineering, cheap energy and mass media have created an illusory aura of human agency, that we can control our future in the same way we control machinery. This aura has also created a sense that human leaders or elites control our world with god-like powers of precision. This too is an illusion, as the contingencies, forces, feedbacks and second-order effects of open systems are beyond the control of any human leadership.

Consider the collapse of marriage and birthrates globally; leaders recognize the threat this poses and have tried to reverse the tide, with little effect.  Some propose that these dynamics are the result of secret agendas to reduce the human populace, but the causal links required by this theory are not persuasive:…

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The Power Hungry Podcast: Gail Tverberg

The Power Hungry Podcast: Gail Tverberg

Low Oil Prices: An Indication of Major Problems Ahead?

Low Oil Prices: An Indication of Major Problems Ahead?

Many people, including most Peak Oilers, expect that oil prices will rise endlessly. They expect rising oil prices because, over time, companies find it necessary to access more difficult-to-extract oil. Accessing such oil tends to be increasingly expensive because it tends to require the use of greater quantities of resources and more advanced technology. This issue is sometimes referred to as diminishing returns. Figure 1 shows how oil prices might be expected to rise, if the higher costs encountered as a result of diminishing returns can be fully recovered from the ultimate customers of this oil.

Figure 1. Chart showing expected long-term rise in oil prices as the full cost of oil production becomes increasingly expensive due to diminishing returns.

In my view, this analysis suggesting ever-rising prices is incomplete. After a point, prices can’t really keep up with rising costs because the wages of many workers lag behind the growing cost of extraction.

The economy is a networked system facing many pressures, including a growing level of debt and the rising use of technology. When these pressures are considered, my analysis indicates that oil prices may fall too low for producers, rather than rise too high for consumers. Oil companies may close down if prices remain too low. Because of this, low oil prices should be of just as much concern as high oil prices.

In recent years, we have heard a great deal about the possibility of Peak Oil, including high oil prices. If the issue we are facing is really prices that are too low for producers, then there seems to be the possibility of a different limits issue, called Collapse. Many early economies seem to have collapsed as they reached resource limits.

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Keynesian Economics Is an Artifact of Cheap Energy

Keynesian Economics Is an Artifact of Cheap Energy

Printing / borrowing money to generate the unsustainable illusion of “growth” sets up the collapse of the entire Keynesian edifice.
Of the many delusions of modern economics, perhaps the greatest is that the dominant Keynesian model reflects permanent dynamics of advanced economies. Economics, along with other social sciences, makes an implicit claim that its econometric claims are the equal of the “hard sciences” of physics and chemistry.
In other words, the econometrics of Keynesian economics is presented as possessing the same timeless validity of the natural sciences.
The reality is that Keynesianism arose in an era of abundant cheap energy, and it is an artifact of that brief one-off period in which industrialization, consumption and the human population were able to expand by leaps and bounds due to cheap energy and new technologies that leveraged greater value (“work,” output) from the cheap energy.
Once energy is no longer cheap or abundant, the Keynesian model of paying people to dig holes and fill them as a means of boosting “aggregate demand” falls apart. In the Keynesian model, “growth” as measured by consumption (gross domestic product) is assumed to be permanent and the highest goal of any economy.
If an economy starts contracting (i.e. recession), the one-size-fits-all solution in the Keynesian model is to boost consumption, i.e. “growth” by any means available: paying people to produce no useful output (building bridges to nowhere, etc.), distributing newly created money via “helicopter drops” into consumers’ laps via tax rebates, tax cuts, increased social welfare spending, etc.
This “solution” implicitly assumes the energy needed to fuel this unproductive labor, investment and consumption is permanently abundant and cheap. It also assumes that the quantity of energy available to fuel the economy will always expand, and as a result new currency (“money”) can be issued by central banks with few (if any) constraints.

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Whatever Happened to Peak Oil?

Whatever Happened to Peak Oil?

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oil platform silhouetteWhatever happened to “peak oil” – the assertion that the rate at which oil is extracted from the Earth is nearing a maximum or peak level? With falling oil and gasoline prices and a boom of new oil development in the United States and elsewhere, concern about global oil supplies have faded from public view.

But have concerns about peak oil really disappeared? What key factors have changed in the oil industry, and what challenges remain? Are we entering a new era of “abundance” or are the risks of the world’s dependence on oil rising?

Guests:

Key Questions:

Cost: What are the trends regarding costs to maintain global oil production now and in the future? Are costs of developing new oil rising or are fracking and other technologies driving production costs down? Do falling prices mean that oil is getting cheaper?

Demand: What are the trends regarding global oil demand? Will oil consumption peak because of a peak in demand as much as supply? How are demand and supply interconnected?

Supply: What is the outlook for global supply? How will trends regarding costs and price volatility affect global supply? How much does price affect the outlook for supply? Do prices need to keep rising to maintain supply?

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How our energy problem leads to a debt collapse problem

How our energy problem leads to a debt collapse problem

Usually, we don’t stop to think about how the whole economy works together. A major reason is that we have been lacking data to see long-term relationships. In this post, I show some longer-term time series relating to energy growth, GDP growth, and debt growth–going back to 1820 in some cases–that help us understand our situation better.

When I look at these long-term time series, I come to the conclusion that what we are doing now is building debt to unsustainably high levels, thanks to today’s high cost of producing energy products. I doubt that this can be turned around. To do so would require immediate production of huge quantities of incredibly cheap energy products–that is oil at less than $20 per barrel in 2014$, and other energy products with comparably cheap cost structures.

Our goal would need to be to get back to the energy cost levels that we had, prior to the run-up in costs in the 1970s. Growth in energy use would probably need to rise back to pre-1975 levels as well. Of course, such a low-price, high-growth scenario isn’t really sustainable in a finite world either. It would have adverse follow-on effects, too, including climate change.

In this post, I explain my thinking that leads to this conclusion. Some back-up information is provided in the Appendix as well.

Insight 1. Economic growth tends to take place when a civilization can make goods and services more cheaply–that is, with less human labor, and often with less resources of other kinds as well.

When an economy learns how to make goods more cheaply, the group of people in that economy can make more goods and services in total because, on average, each worker can make more goods and services in his available work-time. We might say that members of that economy are becoming more productive. This additional productivity can be distributed among workers, supervisors, governments, and businesses, allowing what we think of as economic growth.

 

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What’s Scarce Geopolitically: Stability, Ways to Get Ahead and Innovation

What’s Scarce Geopolitically: Stability, Ways to Get Ahead and Innovation

Conserving what is failing is not a path to stability.

What’s in demand but scarce is valuable. This is one of those scale-invariant principles: businesses large and small want what’s scarce and in demand, because that’s what generates profits.

What’s abundant but not in demand is cheap. What’s scarce but not in demand is ignored. Capital, talent and profits flow to whatever is scarce and valued as an engine of wealth creation.

Geopolitically speaking, tangible assets have self-evident value: seas between your borders and potential enemies, a wealth of natural resources, and so on. But equally important are intangible assets: the human, social and symbolic capital of the people, culture and institutions of the nation.

What seems scarce in the world is not just a specific tangible asset or intangible form of capital, but a mix that provides stability, ways for average citizens to get ahead and fosters innovations that can quickly spread through the society and economy.

We could say engines of wealth creation are scarce, but if the wealth isn’t distributed somewhat broadly, or the source of the wealth is not innovation but extraction of resources, any stability is temporary or illusory: resources run out, and wealth inequality fuels social and political instability.

What’s exceptional is a mix of assets and attributes that yield the stability needed for for people to get ahead, a playing field that’s level enough for people to get ahead, and a culture of innovation, because ultimately only innovation increases productivity, and increasing productivity is the only sustainable source of wealth.

For example, cheap energy is a gift to its owners and consumers; but eventually cheap energy is consumed and what’s left becomes expensive. Innovation is needed to extract more work from the remaining energy.

 

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Why Energy Efficiency is the Cheapest Form of Energy

Why Energy Efficiency is the Cheapest Form of Energy

For a subject that more often than not draws blank stares at dinner parties, energy efficiency has an uncanny ability to provoke controversy among analysts and policy makers alike.

The latest study to dispute its benefits has once again ignited a debate between those who question the value of federal and state subsidies for efficiency programs, which they argue, have questionable returns. Leaving aside the highly technical debate over modeling efficiency – and the more personal friction between engineers and economists – the policy implications are significant.

Energy efficiency is widely considered the most important energy source today, with positive effects ranging from lower energy costs, to boosting the local economy, to improved health outcomes and social wellbeing. Nowhere is this more true than in the state of California.

The controversial paper, published in June, posits that the costs of implementing the U.S. Weatherization Assistance Program outweigh the benefits in terms of efficiency savings. The findings have been disputed by the Natural Resources Defense Council and Illinois Institute of Technology, among others.

More broadly, however, it once again brings into question the value and purpose of energy efficiency programs in the United States. In California, the state that has arguably had the most success with increasing energy efficiency, the debate continues. Since 1975, California’s energy use has essentially plateaued, while consumption per capita in the rest of the United States has almost doubled. It is widely accepted that California’s energy efficiency programs are at least partly responsible.

 

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Opponents dispute the extent to which the benefits can be attributed to green policies and programs that have spanned everything from fuel efficiency standards, to appliance ratings, to weatherization, to simply better communicating the importance of energy savings to Californians. In a 2008study, Stanford economists found that only 23% of the difference between California’s energy use and the U.S. as a whole was attributable to policy. Still, if this is to be considered the lower end of the range, it remains a significant figure.

 

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Waking up to the Water – An ecocentric vision of human identity in the 21st Century | The Dark Mountain Project

Waking up to the Water – An ecocentric vision of human identity in the 21st Century | The Dark Mountain Project.

Life is all about information. Whether you are a plant, a tree, a chimp or a human, all living things are continually influenced by information from the past. The more useful the information we can get, the better able we are to solve our problems in the present in order to survive. Through the process of natural selection, such information has come to reside not only in the DNA of lifeforms but in some species it has also evolved to be, maintained externally in the form of culture. As a group’s knowledge and understanding of the world are handed down from generation to generation, our interactions with the world scrape away our ignorance, bit by bit, so that eventually we are better able to solve our problems, or else we and our ideas die.

However, not all ignorance gets scraped away by the cold, harsh truth of nature but is instead protected in order to continue to confer considerable power onto an individual, ideology, institution or civilisation that is built around that vision, which they therefore insist must be maintained at all costs. Although we should never underestimate the stubbornness of ignorance, history has shown us that eventually there comes a time when such powers and such visions must adapt or die as the inaccuracies of their vision lose out either to competitors whose perspective is more accurate, reliable and more useful; or they lose out at their own hand as their analysis of reality is fundamentally flawed, unreliable and less useful to solving the problems that life can present – ours is but one of many civilisations since 8000 BC that have risen and fallen by first exploiting nature and then by suffering the weaknesses that over-exploitation brings and the ensuing reduction in resilience to what may once have been minor threats that ultimately lead to collapse.

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Olduvai IV: Courage
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Olduvai II: Exodus
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