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#280: Not what you’ve been told

#280: Not what you’ve been told

A YOUNG PERSON’S GUIDE TO THE ECONOMY

Introduction

Intended for an educational documentary, The Young Person’s Guide to the Orchestra is a 1945 composition by Bejamin Britten. A similar title – A Young Person’s Guide to King  Crimson – was used for a progressive rock compilation album released in 1976.

What we need now is a Young Person’s Guide to the Economy. The term “young” can be applied however we wish, and the main advantage enjoyed by those who are young in years is that they have less to un-learn.

What passes for economic orthodoxy is, for the most part, a set of tarradiddles determinedly rooted in the agrarian economic conditions of the 1770s. Chief amongst these tarradiddles is that the economy can be explained and managed in terms of money alone, such that natural resources in general – and energy in particular – need not be taken into account.

This, given our control of the human artefact of money, leads to the proposition that we can look forward with confidence to infinite, exponential economic expansion on a finite planet. This is an idea which – in the words of Kenneth E  Boulding, co-founder of general systems theory – could only be taken seriously by “a madman or an economist”.

The main problem with conventional economic theory is that it originated at a time when virtually the only energy used in the economy was provided by human and animal labour, and the nutritional energy which made that labour possible. We hear echoes of this era every time someone measures productivity by comparing economic output with hours of human labour.

Back in the 1770s, it was reasonable to conclude that labour (remunerated financially), monetary capital investment, ingenuity and financial incentive were the factors that drove the economy….

…click on the above link to read the rest of the article…

Whiff After Whiff

Whiff After Whiff

Image by Anne and Saturnino Miranda from Pixabay

The word “whiff” is used in baseball to describe when the batter swings and makes no contact with the pitched ball. The term presumably derives from the sound of hitting nothing but air.

This off-sequence post acts as a brief update that I wanted to present, without making a full-fledged blog post out of it (in hindsight, I may have failed). In the last two posts (here and here), I noted that recent rapid drops in child birth around the world could conceivably put us on track for an earlier population peak than previously anticipated—possibly as early as 2040 vs. the 2080–2090 timeframe.

That would be big news, and makes me continually ask myself: where is the disconnect? Is it possible that demography models are that wrong? I have discussed already (and will revisit in the next post) some of the potential blind spots for how this century develops. But here I look backwards to see if the recent drop in child births was itself a surprise to the demographers. If so, then it speaks to dynamics at play not captured in demography models, and that’s important.

I used the 2022 United Nations World Population Prospects (WPP) data (public) to build a list of countries that had the largest fractional declines in total fertility rate (TFR) from 2010 to 2019 (pre-COVID), and that also had projections in previous U.N. WPP products back to 2010. I show how (not) well the U.N. expectations match the actual story for these cases. I also throw in a few other countries of interest, including the three most populous ones.

The Top Drops

…click on the above link to read the rest of the article…

Humans: the Movie

Humans: the Movie

What follows is a story involving a movie watched by animals. The pacing of the movie to be described might seem like a very odd choice, but it simply mirrors the pacing of human life on the planet. A vivid visual imagination on your part will help to bring the story to life. So, put on your creative cap and let’s dive in!

Picture a small-town movie theater on a street so quiet and unimposing that the surrounding prairie and forest sidle right up to the back of the theater. The marquee advertises a feature film called The Human Saga.

As the afternoon shadows lengthen, a trickle of woodland creatures start to emerge from the forest, mosey up to the theater, pay for tickets, and go in. You notice rabbits, a fox, a group of turkeys, a band of raccoons, some stoats, newts, a skunk (who will be lucky enough to sit next to it?), a hoppy group of frogs, some chittering squirrels, a family of porcupines, a pair of doves, an ancient looking tortoise, a doe and her two fawns, and even a mama bear with cubs. They and many others have all come to absorb a tale of what these humans are all about. It’s a long movie: almost three hours chronicling the almost 3 million years of humans on Earth. But it’s fine: no one is in a big hurry.

The animals amicably settle into their seats, enjoying candy, popcorn, and a hot dog here and there. They’re relaxed, but wide-eyed with excitement for this special treat.

Opening Scene

The curtains rise, and the opening scene dazzles the crowd, bathing them in orange light as a bright sunrise radiates from the screen…

…click on the above link to read the rest of the article…

Post-Modernity

Post-Modernity

As sketched in the previous post, I believe modernity to be an unsustainable flash that will not persist into future millennia. Uncomfortable with untethered speculation, I have said little about what might come after, but feel I owe something in this vein. Semantically, what follows the modern age must be the post-modern age, right? Except that name is already taken by a rather inane school of thought that may be even worse than modernist thought (it actually does not fundamentally refute modernism anyway, just throws sand into any conversation).

Despite my disdain for post-modernism, I will appropriate the term for what it will likely come to mean in centuries hence (long after people have finally forgotten the silly modern version of post-modernism). I feel better already.

The simplest explanation for why I have not written much on post-modernity is that I don’t feel I have much to say. The range of possibilities is quite large, and I would be a fool to pretend that I—or anyone, really—can paint a credible picture. I’m virtually certain I know how humans will live on the planet tomorrow, fairly sure I could paint an accurate picture for life one year from now, reasonably confident about a decade out, pretty damned fuzzy on a century from now, perhaps a little more clear a millennium into the future (as most of modernity has melted by then), have a decent guess for several million years hence (less likely to still have homo sapiens), and am increasingly certain when the number turns to billions of years (complex life on Earth extinguished). For me, the hardest part is the century scale: the messy, chaotic transition likely characterized by de-industrial scavenging.

…click on the above link to read the rest of the article…

Distilled Disintegration

Distilled Disintegration

Photo by Nigel Brown; licensed under Creative Commons

My adult life has run on two diverging tracks. On one, I played science. The other track branched off at age 34—twenty years ago this month—when I started teaching a class on Energy and the Environment. I was eager to piece together our likely energy future: how we would beat climate change and leave fossil fuels in the dust. Against my wishes, this fork presented unexpected turns that took a long time to sink in. The two tracks eventually became too divergent to keep a foot on each. At this stage, I can’t seem to muster the denial it would take to disregard what I have learned so that I might return to the more blissful play-time track.

Much of my writing in the last few years has tried to capture why I have become convinced that modernity can’t last, likely to begin disintegrating in the near-term. In this post, I attempt to distill core elements informing this sense. My apologies if this seems like a rehash. For what it’s worth, the packaging exercise is something that helps me address the question I constantly ask myself: what part of this might I have wrong? It’s a way to take stock.

Growth

I began the Do the Math blog with a pair of posts about why growth can’t last—hitting limits in a historically short time. I also dedicate the first chapters of my textbook to the same topic. In 2022, I synthesized the arguments in an academic paper. This thread should be very familiar by now to my readers, and in fact really ought to be common knowledge. Yet, modernity still operates in a market economy and political system built around a growth expectation. Pension plans and social safety nets (like Social Security and Medicare) become Ponzi schemes unquestionably destined to fail at some point as growth falters.

…click on the above link to read the rest of the article…

Unsustainable Goose Chases

Unsustainable Goose Chases

As we look toward the uncertain future, it may occur to some among us that we’ll need energy on Mars. How are we going to get it? Presumably Mars has no fossil fuels—although on the plus side its atmosphere is already 95% CO2, compared to Earth’s 0.04%, so they’re likely to be less uptight about carbon emissions on the red planet.

At this point, we could launch into an extensive discussion, full of quantitative detail and analysis about the solar potential: insolation, materials availability, dust storm mitigation, and on and on. But the real answer to how we will get energy on Mars is probably: we won’t. We’re extremely unlikely to set up a permanent presence on Mars, if humans ever even go there at all. So the exercise would be of questionable value.

I feel similarly about discussions of full-scale renewable energy and associated storage and grid shenanigans. How will we rise to the challenge to keep modernity powered into the future? In all likelihood, we won’t. Besides the misdirection of “inexhaustible flows,” keeping modernity powered by any means looks like game-over for ecological health, and therefore humans, if pursued at all costs. So, enough with the fantasy schemes.

Why so bold? Glad you asked.

Past posts of mine have dealt with the question of what sustainability means, and associated timescales:

  1. Ultimate Success: thinking 10,000 years ahead, what’s still possible?
  2. Can Modernity Last?: an attempt to synthesize why continuance is not in the cards
  3. Sustainable Timescales: the relevant scope is that of biological evolution
  4. Inexhaustible Flows: the dead end of materials-hungry “renewable” energy technology

Additionally, The Simple Story of Civilization frames the current epoch as so mind-numbingly new and rapid that it boggles the mind how we could ever think of modernity as a normal time that might have staying power, rather than a fireworks show. It’s only because that’s all our short lives have shown us.

…click on the above link to read the rest…

Putting Science in its Place

Putting Science in its Place

Photo by Noam R

Although I might be described as a dyed-in-the-wool scientist, I’m about to say some things that are critical of science, which may be upsetting to some. It’s like those warnings on a movie or show: strong language, nudity, smoking, badmouthing science. So, before I lay into it, let me express some appreciation for what science does remarkably well.

  1. Science exemplifies careful observation—isolating confounding factors to focus on a particular interaction.
  2. Science follows a method that suppresses personal attachment to an idea: nature becomes the arbiter of truth.
  3. When it comes to elementary particles and fundamental physics, one can hardly do any better; although even an atomic nucleus is complex enough to defy exact treatment.
  4. Science advances by trying to tear itself apart, so that surviving notions are very strong.
  5. Because of science, we have a decent outline of how cosmology, evolution, and biophysical systems work.

It has its place.

But the very thing that makes science powerful is also its biggest weakness. It relentlessly pushes wrinkles aside, smoothing its zone of interest to the least complex system one can obtain for study. This is ideal when wanting to observe a Bose-Einstein condensate in isolation, or the genetic mechanism for producing a certain protein. Science also tends to dissect a problem (or literal critter) into the smallest, disembodied pieces—which then have trouble relating back to the whole integration of relationships between pieces. Other “ways of knowing” attempt to grapple with the whole, accepting it as it is and not applying reductionist tools.

Limits of Science

In promoting the cut and dried, dissected, abstracted, tidy realm of science, we can lose the ability to celebrate the wonder, mystery, and awe of complexity and relationship that defy simple frameworks. The artificial, rectilinear, ordered, Cartesian world we construct around ourselves alienates us from more durable but messy realities…

…click on the above link to read the rest…

The Simple Story of Civilization

The Simple Story of Civilization

The stories we fashion about ourselves are heavily influenced by our short life spans during an age of unprecedented complexity. We humans, it would seem, are unfathomably complicated creatures who defy simple “just-so” characterizations. Animals, or humans tens of thousands of years ago are fair game for simple stories, but not so for transcendent modern humans.

Two major problems I have with this attitude are that 1) we are animals, and 2) we have exactly the same hardware (albeit with slightly smaller brains) as we had 100,000 years ago.

So allow me to pull back from our present age of baffling complexity to outline a simple story covering the broad sweep of the human saga. The result may be a little startling, and, for a number of readers, sure to be rejected by cultural antibodies as “not applicable” (see also my views of our civilization as a cult).

Story Timeline

In order to make comprehensible the vast tract of human time on this planet—itself 5,000 times shorter than the age of the universe—I will compare the 2.5–3 million year presence of humans (genus Homo) on Earth to a 75 year human lifespan: a span that we can grasp intuitively. On this scale, we get the following analogous periods:

  1. First 70 years: various species of humans evolve and coexist (sustainably) on the planet;
  2. Last 5 years: the age of Homo Sapiens (about 200,000 yr; mostly sustainably);
  3. Last 15 weeks: the age of civilization (agriculture; then cities) (10,000 yr);
  4. Last 4 days: the age of science (400 yr);
  5. Last 36 hours: the age of fossil fuels (150 yr of increasingly significant use);
  6. Last 12 hours: the age of rapid global ecological devastation (50 yr).

On this lifetime scale, agriculture is a recent, unexpected hobby we picked up, and one that is still pretty new to us in the scheme of things…

…click on the above link to read the rest…

Finite Feeding Frenzy

Finite Feeding Frenzy

Image by ariesjay castillo from Pixabay

You may be aware that our food industry is heavily dependent on fossil fuels, to the point that it takes about 10 kcal of energy input to deliver 1 kcal of consumed food. The enormous energy multiplier is due to extensively mechanized plowing, harvesting, processing, and delivery of food; fossil-fueled fertilization (via methane feedstock); refrigeration and preparation; then of course food waste. In olden times, when all agricultural energy came from muscle power that needed to be fed, the system would collapse (i.e., starve and fail) if energy inputs exceeded energy ingested.

Some have phrased our current practice as “eating fossil fuels,” and in fact a 2006 book by Dale Allen Pfeiffer had this title. So what? More power to us—literally.

The problem, people, is that fossil fuels are finite. We have already consumed a fair fraction (roughly half?) of the accessible allotment. And before concluding that we therefore have a century or so before needing to worry about the consequences, realize that the inflection point happens around the halfway mark, wherein decreasing ease of access tends to result in ever-decreasing output rates in the second-half of the resource. We see this behavior in individual oil fields and in regional (country-scale) aggregations. The low-hanging fruit is taken first, sensibly, so that what’s left is more stubborn.

Because human population has been substantially boosted by fossil fuel input, we have put ourselves into a vulnerable position. What happens when fossil fuels begin to give out on us?

It’s been a while since I did any, you know, math for this blog, as I seem to be living my own worst nightmare and turning into an armchair philosopher (oh the shame). In this post, I return to something closer to math..

…click on the above link to read the rest…

The Cult of Civilization

The Cult of Civilization

From Pixabay/KELLEPICS

I recently watched a Netflix documentary series about fundamentalist Mormons, exposing along the way a number of beliefs that seem bizarre from the outside, but that are accepted as perfectly normal within their insular community. Though the term “cult” is not used in the series, it is hard not to see the sect in this light. It would be nearly impossible to convince any one of its members that they are deeply in error, in part because doing so threatens the salvation that has been dangled in front of them.  If they are pure enough in their faith, resisting external evils that try to knock them off the one true course, eternity is theirs. In today’s world, one need not look far to find other groups whose beliefs are at once bonkers and seemingly immune to attack.

Hearing the perspectives of ex-members of these cults never fails to be fascinating, providing a window into how they could have swallowed all the lies and goofy stories. Also important to know: it is possible to escape, and to suddenly see the magnitude of the deception. Once out, there’s no going back.

Cult beliefs look insane from the outside, so why don’t its adherents detect the lunacy? Why is it so hard to convince them of their folly? One possible answer—as a tangent—is that cults offer a deeply satisfying sense of identity, belonging, and (seemingly) unconditional acceptance/support within its community that we have otherwise lost in today’s society, but that in times past were central offerings of tribal life to which humans are intimately adapted. It is remarkable how quickly tribal cohesion instincts of mutual help resurface as soon as core elements of civilization (provision of food, water, electricity, for instance) fail in a natural disaster. We’ve still got it, underneath the veneer.

…click on the above link to read the rest of the article…

Death by Hockey Sticks

Death by Hockey Sticks

hockey sticks

Courtesy Pixabay (PhotoMIX-Company)

You may be familiar with the term “hockey stick curve,” used describe a trend that has been flat/stable for a very long time, but shoots up at the end of the series in dramatic fashion, resembling the shape of a hockey stick. Hockey can be a violent sport, and it’s easy to get hurt by even one well-aimed swing. Today’s world is being battered from all sides by countless hockey sticks. Mostly, they seem to be targeting Earth’s critters, who are getting bludgeoned unsparingly. But in the end, we’re only harming ourselves.

This post is structured as a gauntlet of hockey stick curves that may leave the reader feeling a bit bruised. Depending on what’s being plotted, many of the graphs shoot up like an exponential, but a few are careening downwards. A theme emerges: the “bads” go up, and the “goods” go down—and not by coincidence.

 

People and Money

We’ll start simply. Human population looks like a hockey stick curve. This is not a surprise to anyone. The fact is greeted with a range of reactions from joy to despair, but mostly simple acceptance. Whatever your disposition, here’s what it looks like.

Human Population

All the plots in this post will share the same time axis, from the year 1000 to 2200—even for those lacking information across the whole span. The point will be to emphasize the anomalous nature of recent history: what I call the fireworks show.   Maybe it would be more fair to use a 10,000 year span (civilization), or 200,000 for modern homo sapiens, or even 3 million years for the entire human saga.  On such scales, the present era loses its graceful curve and looks rather more like a sudden brick wall.

…click on the above link to read the rest of the article…

Spot The Illusions We Tell Ourselves

Spot The Illusions We Tell Ourselves

Whitewater Falls, North Carolina

Recently there have been a rather large number of occurrences which shine a light on some positive progress being made on ecological overshoot. Unfortunately, many outlets and even scientists have made claims about so-called “solutions” which are anything but, and generally they’re simply not true.

One of the loudest occurrences has been the release of Don’t Look Up on Netflix, which has elicited lots of reviews and is reverberating far and wide within the climate change community. I say “climate change” community because even many longtime climate followers are still in the dark about ecological overshoot, the predicament CAUSING climate change. One review in particular is extremely accurate, this one from Tom Murphy. On most articles, I usually try to avoid reading the comments following said articles. However, Tom’s site generally has comments which actually elevate each article because they are often thoughtful rather than the depressing comments after most “regular” articles. This particular snippet of one caught my eye because of the relevance it has with so many comments I see routinely, quote:

When will “we” unite to solve “our” global problems? As much as each of us may wish otherwise, humanity is not a giant family. It is a large mass of clever primates who have evolved to cope with temporary resource surpluses followed inevitably by scarcity. After the feast always comes the killing famine, and we are built to compete in just such a world.

This does not foreclose united action against common threats, but when the chips are down and *somebody* must have less of a limiting resource, we will do everything in our earthly power to ensure that it’s not us.
…click on the above link to read the rest of the article…


Caught Up in Complexity

Caught Up in Complexity

From analogicus, via Pixabay

Readers of this blog will know that I have come to some big-picture conclusions about success and failure that are unsettling. I don’t like them myself. Not only do they create an inner sadness about where I think the human endeavor is heading, but they result in a sort of isolation that I would rather not suffer—introvert though I am. Among other academics at my institution, it is rare for me to find kindred spirits, even among groups self-selected to care about environmental issues. Most don’t seem to see very far beyond climate change in the lineup of existential threats, increasingly focusing on inequities within the human population that stem from climate and environmental disturbances. I am glad that climate change awareness is high (a genuine threat), but even if climate change had never arisen, I think we would still be in grave trouble from the more fundamental flaws in our explosive approach to living on Earth.

This is a large part of the impetus behind PLAN, which I announced in the last post. Already, I am gratified that people joining the network from vastly different fields and experiences have formed similar conclusions at the highest level. So I’m not crazy, unless we all are. In any case, I am less lonely. [I will say that crazy is usually easy to spot in conversation: a little too insistent/enthusiastic/one-track. The PLAN folks feel really solid, broad, and even perhaps subdued to me: not the type you want to back away from at a party.]

But I still try to understand why so few of my colleagues have reached similar conclusions. The easy answer is that I’m just plain wrong…

…click on the above link to read the rest of the article…

Bonus: Galactic-Scale Energy with Tom Murphy

Bonus: Galactic-Scale Energy with Tom Murphy

Take it from astrophysicist Tom Murphy. Sure, lightsabers, dilithium crystal warp drives, and Mars colonies are a lot of fun to consider. But a physics-based perspective on energy tells us that we need to accept the limits to growth, stop chasing  sci-fi fantasies, and get to work building a steady-state economy that works for people and the planet. Instead of focusing on growth, maybe we should focus on growing up.
…click on the above link to listen to the show…

Who is Professor Thomas W. Murphy, Jr. and What Does He Know About Energy and Resource Decline?

Who is Professor Thomas W. Murphy, Jr. and What Does He Know About Energy and Resource Decline?

I have mentioned Tom Murphy many times in this blog precisely because facts don’t lie. If anyone wants to truly know where we are as a species on this planet, Tom can definitely tell you. Don’t get me wrong, I can also tell you; but I’m not a physicist. Tom is one of the few individuals who has written a book about our predicaments and allowed free access to everyone.

Tom has done far more than that, however. He has a website which has been a staple within the energy community for many years. He talks about our situation in this video and surprisingly thought the same way I did for many years regarding our future. He thought that we would develop various “renewable” technologies and that our future would be shiny and “green” so that BAU could continue unabated. I actually think a very large portion of society thinks the same way, and it is because they simply do not understand the laws of physics, thermodynamics, biology, and chemistry and how they intersect with human psychology, and how society operates within the confines of the systems we are all embedded within which seriously limit how we deal with these predicaments COLLECTIVELY. 

It is very difficult for the average person to gain a holistic perspective of what we’re up against. The neat thing that Tom does is explain what IS and what IS NOT possible, based upon scientific FACTS. His website has absolutely FANTASTIC articles going into great detail about what are likely candidates to replace fossil fuels (SPOILER ALERT: No known energy source can even come close to replacing the energy density, portability, and flexibility in energy systems that fossil fuels provide AND…

…click on the above link to read the rest of the article…

Olduvai IV: Courage
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Olduvai II: Exodus
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