Was Modernity Inevitable?

I seem to love asking questions that can’t be answered definitively. Yet, attempting to do so can yield useful insights. I am gearing up to post a sizable piece about whether we can expect modernity to last, but realized that it would probably be a good idea to first take a stab at defining modernity, and to explore whether this phase in human history basically had to happen.

Perhaps not surprisingly, I lean toward the conclusion that modernity was inevitable. My position is reasonably strengthened by the observation that we are, in fact, where we are. It would be much harder to argue the counterfactual that modernity was unlikely, and simply wrong to say that it could not have happened.

I am finding that a number of people reject any application of determinism to human affairs—the insulting notion that we might be subject to dynamics beyond our awareness or control. As with many things these days, I tend to suspect such reactions as stemming from a sense of human supremacy: “surely we humans have transcended base forces and bring full agency to all that we do…” I, however, am perfectly comfortable seeing humans and cultures caught in a current, so will proceed on those grounds.

In its broadest sense, we might say that the biggest discontinuity in human ways is between hunter-gatherer mode and agricultural mode, as permanent settlements, cities, and nations only become possible in an agricultural context. From this high perch, “modernity” might be interchanged with “civilization,” and therefore extend to earlier times, while those on lower branches might conceive that modernity started with televisions or smart phones. You can’t please everyone. One thing I have noticed is that people seem to be somewhat willing to accept the notion of modernity’s end, but react more strongly to the notion of civilization’s end. So some distinction lurks in the minds of people between these two—probably in how far back we would have to set the clock upon modernity’s failure (1980 isn’t so bad, but 10,000 years back?  Eeek!).  I will use the term modernity throughout, but personally am willing to substitute civilization much of the time.

The term “anthropocene” is often used to describe the modern age. This is meant to delineate a new geological era dominated by the presence of humans on the planet. The idea has definite merit, given the overflowing presence of humans on the planet and our devastating impact on climate and biodiversity. My main beef with the anthropocentric term is that I wonder if it makes sense to give an era (or epoch) name to something that may be over as quickly as it started.  We don’t have a name for the era between the Mesozoic and Cenozoic marked by the chaotic period in the aftermath of the comet impact 66 million years ago.  Likewise, this disruptive moment may simply delineate two eras, while the disruption itself is brief enough to appear like the thin black layer in the rock between two periods.  In any case, this post will partly lean on this human-dominance aspect in assessing inevitability.

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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. It’s illustrative rather than quantitative, but helps frame the peril we have put ourselves into in a low-effort sort of way.

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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.

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Human Exceptionalism

From Pixabay/Activedia

For almost two decades now, I have been on a journey to understand what comes next in the grand human enterprise. I started out in a mindset superficially similar to that of most people I encounter—assuming that we would innovate our way into a future that became ever better: less poverty and hunger; greater conveniences; a probable space future—fingers crossed.

But the more I dug into the details, the more concerned I became that such a grand vision is an illusion built on top of a highly anomalous period in human history when we over-exploited finite resources on Earth in a one-time bonanza—using those resources to access remaining resources ever faster in an accelerating cycle. I constantly sought reassurance as to what I had wrong about this picture, but found little solace. Those who tried to ease my mind spoke in vague praise of human capabilities and pointed to the arc of history as a reliable pattern by which to understand the future. I did not get the impression that they had confronted my specific concerns and had a blueprint for how to navigate past the pile-up of global-scale problems and irreversible consumption of our inheritance.

Lately, as I meet other academics (via PLAN) who have come to similar conclusions (sober, deep, and careful thinkers, I find), a frequent question that arises is: how can something that seems so obvious to us be dismissed by so many others? What are we missing? Or what are they missing? Why is it so hard to reach common ground? Where is the disconnect?

An answer—or at least a partial one—is beginning to resolve itself in my head. Previously, I tended to focus on growth and ecological overshoot as the most important “upstream” factors impacting our complex civilization on our road to an uncertain future, while issues like climate change and political/social considerations are downstream effects (symptoms) that will not get solved without first addressing root causes (the underlying disease). But maybe I have stumbled onto something even more foundational—the headwaters (pathogen), if you will—and am starting to pinpoint why our peril is so hard to grasp.

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Why Worry About Collapse?

Nothing lasts forever.

The first thing I should say is that the word collapse freaks me out. I don’t use it often, for fear of sounding like an unhinged alarmist. Surely, respectable scientists should want nothing to do with it.

The second thing is that I don’t harbor any secret pleasure in imagining catastrophic failure of the human endeavor. It depresses me, frightens me, angers me, frustrates me, confuses me, and makes my wife crabby.

What keeps pulling me back to it—despite my innate repulsion—is not only credible elements of risk that I will get to in this post, but also that I think it’s too important to tolerate our natural tendency to hide from the prospect. Ironically, doing so only raises the odds of that ill fate: mitigation requires direct acknowledgment. Failure to speak openly and honestly about the less-than-remote possibility of collapse is not in our best interest, ultimately.

So let’s grit our teeth and confront the collapse monster. What conditions make it at once likely and off most people’s radars?

It is a heavy lift for one blog post to do a complete job in motivating collapse as a realistic outcome of the human enterprise. Any one argument can be picked at, but the totality should be considered. This is a long post, so buckle up.

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The Already-Written Future?

thumbnail as it appeared in NYT

thumbnail from NYT

As a rejoinder to my piece a couple weeks ago (not really), the New York Times published an article on population growth, and why we need not worry. The problem—and solution—is all in our head.  The bottom line was that we have always transformed our ecosystem to provide what we need, and in so doing have pushed the carrying capacity along with our growing population. In fact, the author says, “there really is no such thing as a human carrying capacity.” And he goes on to ask, “why is it that highly trained natural scientists don’t understand this?”

Clearly there is a misunderstanding, but I’ll side with the natural scientists, naturally. The succinct answer is that natural scientists are not comfortable with ruthless extrapolation of past trends.

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The Real Population Problem

[An expanded treatment of some of this material appears in Chapter 3 of the Energy and Human Ambitions on a Finite Planet (free) textbook.]

Sometimes considered a taboo subject, the issue of population runs as an undercurrent in virtually all discussions of modern challenges. Naturally, resource use, environmental pressures, climate change, food and water supply, and the health of the world’s fish and wildlife populations would all be non-issues if Earth enjoyed a human population of 100 million or less.

The subject is taboo for a few reasons. The suggestion that a smaller number would be nice begs the question of who we should eliminate, and who gets to decide such things. Also, the vast majority of people bring children into the world, and perhaps feel a personal sting when it is implied that such actions are part of the problem. I myself come from a long line of breeders, and perhaps you do too.

Recently, participating in a panel discussion in front of a room full of physics educators, I made the simple statement that “surplus energy grows babies.” This is motivated by my recognition that population growth bent upwards when widespread use of coal ushered in the Industrial Revolution and bent again when fossil fuels entered global agriculture in a big way during the Green Revolution. These are really just facets of the broader Fossil Fuel Revolution. I was challenged by a member of the audience with the glaringly obvious statement that population growth rates subside in energy-rich nations—the so-called demographic transition. How do these sentiments square against one another?

So in the spirit of looking at the numbers, let’s explore in particular various connections between population and energy. In the process I will expose the United States, rather than Africa, for instance, as the real problem when it comes to population growth.

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