'Peak Wood' Offers Parallels For Our Time
Harperdog sends in a piece from Miller McCune looking back at the history of mankind's relationship with virgin timber. Again and again, civilizations have faced a condition of "peak wood," and how they handled it (or failed to) illuminates the current situation with regard to oil. The piece ends with a quote from the 19th-century social scientist and communist theorist Friedrich Engels, who is not generally thought of as an environmental seer: "What did the Spanish planters in Cuba, who burned down the forests on the slopes of the mountains and obtained sufficient fertilizer from the ashes for one generation of highly profitable coffee trees, care that the heavy tropical rains later washed away the now unprotected upper stratum of the soil and left only bare rock behind? ... Let us not flatter ourselves on account of our human victories over nature. For each such victory nature takes its revenge on us. Each victory, it is true, in the first place brings about the results we expected, but in the second and third places it has quite different, unforeseen effects which only too often cancel the first."
Engels (as in Marx & Engels) is one of the authors of the Communist Manifesto and largely a lot of the Communist doctrine. To use a quote from him and his research to debate oil usage would be pure suicide on a political realm because your opponent would have an easy time pointing out that a socialist -- possibly one of the earliest socialists -- did research to point out the horrors that Capitalism wrought upon the environment. The resulting suggestion for Cap and Trade or retarding economic growth in the name of environmental consciousness would be taken up by the opposition as the evil socialism from the old enemy of Communist USSR and readily gobbled down by the older American people. Because it's fairly common for the American people to choose to see things in black and white where someone is either 100% wrong or 100% correct. Complete and utter bullshit but that's the logic the summary will invoke and it would be impossible to use this logic in any sort of debate. To further this comparison in the United States at least, you'd do better to just re-research Engels' work looking at Peak Wood instead of trying to quote or cite him.
My work here is dung.
The book Collapse by Jared Diamond (who also wrote "Guns, Germs, and Steel") covers several historical cases of societies that collapsed. Deforestation is the main trigger that comes up in most of the stories. He also makes parallels to our current relationship with oil.
First against the wall when the revolution comes
Heartening than they appear. Oil, unless you subscribe to one of the abiotic origins/provided by Jesus to empower the American Way of Life(tm) theories, is in more or less fixed supply. The exact number varies based on the price and the available technology, which dictate exactly how crazy the techniques are that you are willing to use to get at the stuff; but it is more or less fixed. You can't have "sustainable" oil production by making sure only to harvest adult oil and restore any juvenile oil you accidentally catch back to its natural habitat.
Forests, on the other hand, are a population, not a mineral resource. If you are willing to forgo some short-term profit, you can generate modest returns more or less in perpetuity. If you aren't, you'll find yourself with a fancy new lunar resort. Anyone who destroys a biological resource isn't, as with a mineral resource, simply reaching the inevitable sooner rather than later, they are effectively pawning an annuity for pennies on the dollar.
With oil, the only real questions are 1). "Will we invest some of the convenient energy and chemicals in finding another source of the same before the first runs out?" and 2."How far will we go, in terms of sacrificing other resources(ie. drilling in the middle of highly productive fisheries or digging up large chunks of canada and boiling it down for tar) in order to secure that one?" There is no question of whether or not we will be "sustainable"; because, for mineral resources, there is no such thing, only a question of how fast you want to dig up the supply you have.
If someone came up with a grand unified theory, you'd say, "so, the universe functions a certain way. wow."
and this isn't merely that "shit happens." It's "short-sightedness causes shit that could be prevented from happening."
An earthquake, a volcano, a hurricane, an asteroid strike...these things are "shit that happens." Deforestation, global warming, pollution...these things are made to happen.
Comparing timber to oil is not a valid analogy because timber is a renewable resource.
True. The question is -- if we tend not to do well with even renewable resources, how well are we likely to do with exhaustibles... at least, without some greater discipline than we've got now?
Tweet, tweet.
Yes, exactly.
There was no option for the natives of Easter Island to plant new forests, once the last tree had been felled. There was no potential renewability for them. They couldn't even build seaworthy craft to go in search of seedlings. In a word, they were FUCKED. And they did it to themselves.
So every historical and archaeological record that bears on how we handle the extremes of resource management is instructive, insofar as it tells us about our patterns of past successes and mistakes.
We live with a finite set of resources at the bottom of a massive gravity well isolated by millions of miles of hard vacuum from anything else at all. We are consuming many of those resources at an unsustainable rate. If we don't want to end up like the people of Easter Island, we'd better not take any of it for granted.
Parity: What to do when the weekend comes.
Your point sounds more plausible than it is: Biological resources(wood, fish, etc.) are in principle renewable. That is, there exists one or more courses of actions that allows a steady yield in the very long term, or even increased yields. However, in practice, if a human population cannot adhere to one of those courses of action, they will deplete the biological resource(sometimes just to the point where it is no longer economically relevant, sometimes to the point where the remaining population is no longer self-sustaining, and becomes permanently extinct). In fisheries management, for instance, it is a simple point of fact that we have hit, and passed, "peak" yield for dozens of wild species. Same goes for really nice big chunks of hardwood. We have plenty of structural steel, and crappy pulp-pine; but anything that took 200 years to grow is getting thin on the ground.
Since, (barring extinct species with no DNA on file), one can always, at least in theory, restore a population back to its old levels, or above, and exceed the "peak", we can refer to it as a "local maximum" if you wish.
As for oil, it is actually pretty similar to other minerals. In many respects actually more convenient. Oil is, basically, a very convenient source of energy, and hydrocarbons in chemically convenient configurations. The entire planet is absolutely covered with at least one, often both, of those, just in less economic forms. Solar, wind, tidal, plants, worms, poor people, etc. The problem isn't that we are going to run out of energy, or run out of hydrocarbons; but that we will run out of convenient energy and hydrocarbons. This is pretty much exactly the same game as other minerals, where the problem isn't running out; but having applications that used to be viable being priced out.
"Scarcity" rarely means that there is literally no more of something. It just means that some people can't afford it. More scarce means that more people can't afford it. That's the problem. Supply isn't a binary thing "oil exists = all is well" or "neodymium has disappeared = apocalypse". Supply is a matter of degree. If the cost of the cheapest watt goes from X to X+1, the scope of activity that you can afford just shrank. If the cost of a gram of the element you need goes from Y to Y+1, the same.(worse, since most flavors of mineral extraction require energy, when the cheapest watt goes from X to X+1, the cost of every mineral will increase).
That is set to reverse. The price of wood has dropped so low here in the south that many timber companies can't afford to stay in business and the huge plots of land they grew trees on are in danger of being sold. If that happens, they will most likely be cleared for development or cattle and will never again grow forests.
I live in an area surrounded by forests that are planted and cleared for use by lumber companies and paper mills. We fear the closing of lumber companies because it will mean our forests will start shrinking.
The really sad part about it, is the huge number of enviro-nutbags that want lumber companies out of business in a completely backwards effort to "save the forests."
I really want to get a tshirt that says "Save the trees! Use more paper!"
Q: Why is starting a comment in the Subject: line incredibly irritating?
Shutting down free speech with violence isn't fighting fascism. It IS fascism!
I guess I'm one of those "nutbags" who hikes regularly through some of those replanted forests. There's a lot of difference between a healthy forest composed of a variety of trees, and a monoculture stand of genetically selected fast growing softwoods.
One supports a variety of life and is a pleasant experience with animals and the sound of birds; the other is a wasteland with mostly insects to keep you company.
Taking out a large sitka spruce that may be 600 years old and replanting three seedlings is not an equivalence.
If our forests are "growing" why is the timber industry pushing to get at the few remaining stands of old growth forest? Just harvest the three trees you planted last harvest season. After all, that's 3 times the trees you will find in the old growth forest.