Our Greatest Common Factor

If we only have one thing in common, it's that we all need a planet that can support life.

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Whenever your life seems mundane or meaningless, or this planet’s health seems irrelevant or someone else’s problem, watch this short film called Overview!


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Common Ground (in Practise)

I just wanted to post this link to a discussion we had with Virginia, at one of mr. Al Gore’s status updates, actually.

We both had some prejudices about each other’s motivations and thinking, but as soon as we broke the molds we had tried to put each other in, we started learning from each other, and in the end, had a very interesting and constructive conversation, and noticed we had a lot more in common that we thought.

If we can do it, others can do it too!


Common Ground

Initially, my intention was not to spend my limited energy to arguing with ‘climate sceptics’ at all. After a couple of attempts at a constructive discussion, though, I noticed a few things.

Firstly, when you start a discussion, you very quickly find a fixed setting or a mold you’re being stuffed in. In fact, usually there’s just two molds, called ‘with us’ or ‘against us’. The discussion also seems very much concentrated on persons  the speakers themselves and/or public figures that have a stance of any kind on our environment. Meaning, people conclude extremely quickly, ‘who’s side you’re on’, and then turn the discussion into the personal flaws or virtues of these assumed ‘idols’.

All this is quite understandable knowing our social nature, but absolutely irrelevant to whether a vast environmental crisis is on its way or not, or how we should prepare if it is.

So, why don’t we try and break these molds for just a second, and try to find common ground. We’re bound to have some  if nowhere else, then at least about some very basic laws of physics.

Let’s start from the obvious and work our way to more complex conclusions, that in my opinion are keys to very important realizations, but the more complex they become, the more intuition they, inevitably, also require, and thus are subject to constructive criticism. You can use this ‘tool’ to see, how much our views really do differ, and this way, to see what to argue about in the first place.

My assumptions:

  1. If you throw a stone straight upwards, and then freeze exactly where you are, there’s a considerable risk the stone’s going to hit you in the head. This is simply due some basic principles of physics and causality. Right?
  2. The same basic logic applies also to more complex causations in the nature, in fact all of them. This applies whether we already understand the said causations or not.
  3. Fossil fuels take a very long time and the right circumstances to form. In practise building up the right circumstances that allow for fossil fuels to forms have a huge impact on how long the complete process takes in nature. The youngest natural oil deposit found is less than 5000 years old, while in some cases the process has taken up to estimated 20 million years, even longer than 200 million years.
  4. Any society that insists using fossil fuels at a rate that’s anything quicker than their renewal rate, is temporay by nature.
  5. This renewal rate (x/t, x being the total amount of fossil fuels provided by our planet, t being the time that would take for an equal amount of new fossil fuels to form, assuming the circumstances would stay favourable) is ridiculously slower than what we are used to.
  6. Our fossil fuel dependent society is temporary by nature, and needs to change. The only relevant question is: how quickly? Will it take thousands of years for this change to become absolutely critical? Will it take centuries or perhaps just decades?

    ↑ In my opinion: from this point upwards, if you disagree, the burden of proof really is on your shoulders.

  7. Not all areas in the world have oil or other fossil fuel supplies in the first place, and on the other hand, some relatively large areas of the world (like the US as a whole) have passed their oil peak already. Knowing the whole oil industry is just a little more than 150 years old, and remembering the huge growth in our primary energy consumption during recent decades, it seems that the aforementioned timing could indeed be closer to centuries or even decades, instead of several millennia. This of course varies somewhat with each individual fossil fuel, coal being perhaps the most abundant, but the longest possible overall depletion time seems closer to 200 than 2000 years.
  8. Regardless of the urgency speculated on in the previous statements, any change towards reduced fossil fuel dependency is a positive one on the global scale and in the long run, since it adjusts our society from a predominantly temporary one towards a lasting one.
  9. All potential (although, not inevitable) negative influences of reducing fossil fuel dependency tend to be short-termed and national. When evaluating them, in any one country, one shouldn’t forget that the positive influence is much more long-lasting and has unparalleled effects to the wellbeing of future generations – in your country, too.
  10. In ecology, overshoot occurs when a population exceeds the long term carrying capacity of its environment. The consequence of overshoot is called a crash or die-off. Lemmings, living for example in Canada’s Arctic areas, are clear examples of what these terms mean practically. Since these rodents act completely instinctively, they basically reproduce as much as they can, and eat everything they can. If natural disasters don’t restrain their population (and: resource usage) first, they basically start fighting over and then exhaust their available food supply, eventually causing most of them to emigrate or die off trying.
  11. We humans are fully capable of overshooting the carrying capacity of our surroundings. In fact, compared to wild species like lemmings whose population is the only species-related variable to affect this phenomenon, we have a remarkable potential to accelerate the phenomenon by multiplying each individual’s resource usage with the help of our intellect and technology.
  12. In a way, we started overshooting our planet’s capacity the moment we first started using non-renewable resources, at the latest. Practically all fossil fuel usage means constantly overshooting Earth’s fossil fuel capacity.
  13. It seems probable that we’ve also started overshooting Earth’s carrying capacity in the term’s most critical sense – the overall renewal capacity of our planet. This effect varies with each individual natural resource, be it clean water or air, rain forest acreage, thickness of the ozone layer, etc., but all of these seem to have been affected at least some. Some say we’ve been in the state of evergrowing overshoot since mid-seventies, and that we are currently spending Earth’s ecological ‘budget’ before the end of August each year. This is hard to confirm, but intuitively it seems quite possible.
  14. We’re facing also new, potentially remarkable environmental threats, that could work as catalysts to existing problems. For example, Arctic methane release.
  15. Big changes need time to be able to happen in an orderly manner. A change of the magnitude of shifting the paradigm of our whole society is something that takes decades, even centuries to take place peacefully. If we wait until this is the only option left, we’ll probably only have a decade or some years to achieve this, and the probability of a huge socio-economic catastrophy grows extremely high in this scenario.
  16. One previously unmentioned risk, but a relevant one, is the effect of the aforementioned threats to the global diplomatic, political, military and power relations. The history of humanity is full of wars fought over resources, but never before have we seen a war over the absolute remainings of a fuel of such an addictive potential as oil. If we go on with our excessive use of oil, bloodier and bloodier conflicts over its ownership are highly probable.
  17. Evolution has made sure, we have an intuitive ability for basic risk analysis. We estimate the probability of the threat, and then compare probable consequences of neglecting the threat against the consequences of exaggerating the threat. For example, if you’re heading to a department store to buy a new TV set, and security stops you saying there’s a remarkable bomb threat in there – you compare the potential risk against the potential gain, and probably (I hope!) choose not to enter the store. You don’t expect a 100 % proof of the bomb before deciding this, on the contrary, you probably expect a 100 % proof it’s not there, before entering the store again. Because, really, a new TV set is not that important?

To conclude: these are the reasons I think we need to take this threat seriously, and, act promptly. You’re free to disagree and/or interpret these observations differently, but it really doesn’t help either of us if you make assumptions on my views very far outside these specifications.

Which ones do you agree with? I’d love to hear your opinions in the comment section, if you feel like it.

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Courageous thinking outside paradigms, a must read!

Our Finite World

World leaders seem to have their minds made up regarding what will fix world CO2 emissions problems. Their list includes taxes on gasoline consumption, more general carbon taxes, cap and trade programs, increased efficiency in automobiles, greater focus on renewables, and more natural gas usage.

Unfortunately, we live in a world economy with constrained oil supply. Because of this, the chosen approaches have a tendency to backfire if some countries adopt them, and others do not. But even if everyone adopts them, it is not at all clear that they will provide the promised benefits.

The Kyoto Protocol was adopted in 1997. If emissions had risen at the average rate that they did during the 1987 to 1997 period (about 1% per year), emissions in 2011 would be 18% lower than they actually were. While there were many other things going on at the same time, the much higher rise…

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The Five Steps to Acceptance – Kübler-Ross Model Applied to Our Addiction for Growth

Although humanity is now in a unique situation, our collective knowledge provides a lot of the tools we’ll be needing when faced with our greatest challenge so far, if we just use our perception, intuition and logic to find them. Psychology, for instance, has a lot to offer.

The Five Stages of Grief

Elisabeth Kübler-Ross introduced a hypothesis about the stages of grief she noticed many terminally ill had to face. The notion of these stages, including denialangerbargainingdepression, and acceptance, has since them become very popular, and has been applied to facing different types of grief, for example when dealing with a substance abuse problem.

I now try to apply these stages to our situation: acknowledging the destructiveness of our commonly accepted ideology of growth, and its physical counterpart, namely our fossil fuel addiction.

  • Denial – a strong feeling that our way of life can’t possibly be destructive to our surroundings, let alone being based on an addiction. Or if we accept the idea that it might perhaps cause some small problems, we still feel we have complete control over the situation and can solve all problems with ease. Examples: ‘This climate change thing is simply bullshit’, ‘Whatever we do is so small on this planet’s scale, it has absolutely no effect at all on the environment.’ ‘We’ll never run out of oil.’, ‘Scientists will surely find new technologies to solve all our problems’, and my personal favourite ‘This whole environmental crisis is just propaganda created by a conspiracy of our enemies, to gain profit or make us weaker compared to them.’
  • Bargaining – This is the stage that we go through when we are trying to convince ourselves or each other that we are going to stop harming the environment in order to get something out of it or get ourselves out of trouble. Example: ‘I know flying is bad for the environment, but I really need my vacation. I’ll go just this once, and I’ll pay the voluntary tax and all. It can’t be that harmful, can it?’
  • Anger – The anger stage relates to how we get upset because we have this addiction or are angry that we need to give up some of our luxury. Example: ‘Fuck this recycling shit, we did just fine before all this!’, ‘The hell I will give up my second car just because some hippies are telling I’m destroying the planet!’, ‘I didn’t build this society, what the hell did I do wrong to have to give up the stuff I worked for!’
  • Depression – Sadness and hopelessness are important parts of the depression stage when dealing with a natural resource abuser. Most abusers experience this when they are going through the withdrawal stage quitting their addiction. It is important to communicate these feelings as a process of the healing. Examples: ‘This is the end of the world’, ‘We can’t possibly survive this’, ‘It’s all too late, we’ve destroyed this planet already’, ‘It would be better if humanity had never existed’
  • Acceptance – With natural resource abusers admitting you have a problem is different than accepting you have a problem. When you admit you have a problem this is more likely to occur in the bargaining stage. Accepting that you have a problem is when you own that you have a problem and start the process to resolve the issue. Example: ‘We need a new model for a sustainable society, and we can do it if we just start right now!’

If you recognized some of your own reactions among these examples, I just want to say it’s nothing to be ashamed of; it just means you’re human. And just like Kübler-Ross stated in her original hypothesis: we are individuals, hence not every person goes through all the stages, or in this particular order. My empirical  observations of my own reactions, as well as people I interact with, seem to show that these reactions are indeed common.

What stage are you on? Could consciousness of these stages perhaps help you complete them in a smoother and more conscious manner? I surely hope so!

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Discussion Inspired by the Post ‘Why only sustainocracy can save the human world from disaster’ by Jean-Paul Close

We’re having a very interesting discussion with Jean-Paul Close in the comment section of this post of his.

Sustainocracy, the new democracy

The current economic structure of our global society is based on consuming goods rather than using them. What is the difference? And why would the consumer type of economy be obsolete? And why should it be replaced by  a user type of economy? What consequences does it have for our daily lives? And what consequences will we suffer if we do not change?

Throughout the explanation I will fall back on a useful example: mobility.

Sustainocracy is such a purpose driven economy based on usage. But first…

Consumer economy

In this type of economy we simply purchase whatever we need for a living. This means that we take ownership of the goods. Consumer economy has evolved ever since the start of industrialization. In order to make products available to the consumers around the world we need to install an infrastructure for manufacturing the supplies, retail outlets, waste management of packaging…

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Two scenarios: ‘Lemmings’ vs. ‘Ex-Junkies’

Experts all over the world have analysed vast amounts of data to try and create as plausible global resource consumption scenarios  as possible (for example here, here, here, here, here, here, here and here… and the list goes on). Some results may be biased as a result of economical or political interests, others perhaps less. As scientific raw data analysis goes, I have nothing valuable to add. Instead I’d like to present some viewpoints to help interpret these scenarios, and perhaps come up with new realizations about our situation.

End of the World as We Know It, and We Feel Fine…

What we know for sure, is that fossil fuels will wear out sooner or later, or to be more precise, the overall eROeI (energy Returned On energy Invested) of the remaining deposits will eventually become so low that it won’t simply make sense to collect them as an energy source anymore. This is not a matter of opinion, it’s just basic arithmetics. The only (barely) relevant question here is, how wide is the Hubbert bell curve for each individual fossil energy source; in other words, whether the inevitable series of crashes is so far in the future, we don’t have to do anything about it yet. In my opinion, this logic is about just as unsustainable as our way of life. Still, I’m afraid we could have more acute problems in our hands  it just may be that we’ll be facing the notorious Peak Oil all too late for our own good.

A realization that even many authoritative studies seem to have missing, or at least don’t bother to stress, is that abundant energy sources and a thick ozone layer are by no means the only natural resources we need. In a sense, every concrete element that’s needed to keep up the abstraction of our society, is a natural resource: breathable air, drinkable water, bearable climate, cultivable soil, healthy and nontoxic edible flora and fauna, and so on and so forth. And the evidence seems to be building up, that more and more of these resources are being compromised by the current form of the perpetual motion machine that is our society. This popularized presentation by the Post Carbon Institute called ‘There’s No Tomorrow’ is a good starting point for further learning.

So, instead of just Peak Oil, it seems more relevant keywords could be the carrying capacity of an ecosystem and overshoot, that, according to Wikipedia,

occurs when a population exceeds the long term carrying capacity of its environment. The consequence of overshoot is called a crash or die-off.

Gloomy, admittedly, but not as far-fetched as one might hope. This year, Earth Overshoot Day was on August 22, which means we used 12 months worth of Earth’s renewable resources in less than 8 months (plus of course all the carbon fuels, that take approximately 60 to 600 million years to renew). More information, and a ‘fun’ interactive overshoot meter can be found on this footprintnetwork’s website.

One relatively new sign of this overshoot is Arctic methane release, which has been speculated over by scientist for decades, but that has only just begun to break through to mainstream media coverage. Methane is 20 to 30 times more potent a greenhouse gas than CO2, and it might be escaping into the atmosphere as the arctic ice and permafrost keeps on melting. Whether the threat is seen as moderate or absolutely critical, depends on intepretation, but the potential is there.

The most astonishing thing about all this is our economical system’s collective and categorical denial about these threats. Fashionable words like sustainability and ecology are repeated over and over, but mostly they’re still used simply as selling points for products created inside the current economical system, instead of primary goals that would allow for criticising and, eventually enhancing the system itself. The excuses vary, but a popular one is that we don’t have enough proof. Again, the logic of this notion is something out of this world.

Let’s stop and think about it for a second.

Imagine you’re heading to a shopping mall with your kids and grandkids (if you have them, or if you think you’re going to sometime in the future) to buy a bigger plasma TV. The police comes to talk to you and says that the mall is being evacuated because there’s a considerable risk of a hidden bomb in there. You estimate the risk is about 50/50 − so, would you take your kids and grandkids, and head for the electronics section for your new TV set anyway?

The answer is a bellowed ‘YES!’, at least according to the current consensus of our culture.

As individuals, almost all of us are naturally capable of this kind of basic risk analysis. We estimate the probability of the threat, and then compare probable consequences of neglecting the threat against the consequences of overstating the threat. My hunch is, most of us would not enter the mall (except perhaps if you’ve used to living in a warzone or other dangerous area).

Something weird happens, though, when we enter the level of society, and causalities that are not immediately perceivable (although, to be honest, not all that complex either). We suddendly lose this basic ability to estimate threats, an ability that has secured the survival of our species for millions of years. In other words, we start, collectively, acting against our own survival. Intuitively, this doesn’t seem to make sense — but the funny thing about nature is, it always makes sense,  although sometimes not in the way we would hope.

So, maybe this is just a sign that it’s our time to fade out and give space for the next species in this ongoing experiment for survival, somewhat like dinosaurs did. Maybe we simply had a slight ‘adjustment flaw’, just a bit too much of technical skills and too little empathy; it got us this far — not bad, all and all — but won’t save us from ourselves. Or, maybe a massive drop in human population is indeed essential to secure the survival of at least a few of us. In a sense, there’s no need to worry: nature never ‘fails’, it just adapts. The downside from our point of view is, nature obviously has no stance whatsoever on individual suffering — otherwise, would we really have parasites like this?

So, unless we’re especially fond of horrible, massive, human suffering, the only path for us is to try to fight our instinctive behavior, rise above our mundane routines, and put our collective effort into planning a future society that could perhaps be able save us.

You’ve read this far, so there’s a chance you already understand we’re all passengers on a metaphorical Titanic — now’s the time to choose, whether you want to join the orchestra and keep on playing till the bitter end, or if you want to try and survive. No hard feelings, either way — it’s all human — but if you chose the latter, we should probably begin. But how? Who will show the way?

Lemmings and junkies. Obviously!

How Can Lemmings and Heroin Addicts Help Save the World?

We started with a bunch of future scenarios. In the end, only two are really relevant, though. Let’s call them:

‘Lemmings’ and ‘Ex-Junkies’

As you might have guessed already, this method is not scientific, nor is it supposed to be. Instead, I hope, it will be at least a bit thought-provoking.

First, we need a relatively credible long-term chart of our growth. Primary energy consumption is quite a good meter —  it also correlates at least roughly with other relevant variables: population, economic growth, CO2 emissions, etc., so I think it’s pretty justifiable to view this as an indicator of our growth in general. Here’s a good one, so let’s borrow it. Thanks to Gail Tverberg, Vaclav Smil and British Petroleum! Then, let’s add our scenarios:

'Lemmings' vs. 'Ex-Junkies'

Will we share lemmings’ fate, or will we be able to muster up the courage to enter rehab before it’s too late?

Let’s view the worst case scenario, or ‘Lemmings’ first. The most important thing we can learn from lemmings, is that the aforementioned concepts of ‘carrying capacity’, ‘overshoot’ and ‘die-off’ are very much real, and they portray circumstances that are at least allegorical, if not identical to ours. See this short article Mass Murder on the Tundra, for example. The projection you see here was pretty much drawn by placing the lemming population density chart on top of the energy chart and scaling it so that it fit the approximate tangent of the growth since the beginning of the industrial era. Depending on what you think Earth’s actual carrying capacity is, and how much overshoot it can handle, you’re free to imagine the curve wider or smaller. The bottom line is, if we skip the usual explanation (which is pretty much the sentence ‘we’ll think of something’ wrapped in layers of scifi-fantasy) this is very likely to happen sooner or later, if we insist on continuing on the path of ‘limitless’ growth.

The question is, does our ability to make rational decisions exceed that of lemmings’?

No, that was not irony. I’m sorry for having to say this, but in all honesty, this is the question we have to ask ourselves.

Does our ability to make rational decisions exceed that of lemmings’?

So far, we don’t have much proof that it does. We can only hope for the best, and try our best.

The second scenario, ‘Ex-Junkies’ isn’t too lofty either, but nevertheless might be best option we have. I believe the best experts on how to survive the next century, could in fact be ex-addicts. After all, junkies is what we are — again, this is not just a figure of speech: we really do have a severe psychological addiction for the fossil fuel lifestyle. And just as heroin addicts, we first need to realise this habit is going to kill us if we don’t act, and then go to rehab as soon as possible. Whereas the ‘Lemmings’ scenario compares to overdosing or perhaps going ‘cold turkey’, there’s another solution that’s far less risky and more sustainable: replacement therapy. Heroin addicts use methadone or Subutex, our medication would be renewable energy sources, and to be realistic, nuclear energy. It’s by no means the optimal energy source, but the thing is we need to get off carbon fuels very quickly, and to be practical, that probably means we can’t turn our back to nuclear power quite yet.

Another important lesson humanity can learn from drug addicts, is about the two ‘schools’ of rehab. Quoting this rehab info page:

Maintenance and coming off (‘detox’)

Once established on a regular dose, most people stay on buprenorphine for a long period of time or even long-term. This is called maintenance and helps you to keep off street drugs. Some people gradually reduce the dose and come off it. This is called detoxification, or ‘detox’. However, it usually takes several months, and sometimes years, before most people are ready to consider ‘detox’. It is often safer to stay on buprenorphine then to ‘detox’ before you are ready.

We’ll have to admit to ourselves, we will always be addicts, and just as drug addicts, we have to make a firm decision not to relapse again. A society’s version of this is of course strict laws that control the use of fossil fuels. It’s also good to understand, we’ll probably never ‘detox’ completely, and that’s not that bad. At least we’d be able to live a relatively normal life instead of an addict’s desperate search for the next fix.

The ‘Ex-Junkies’ projection was estimated by taking a chart about the decline of heroin usage after starting replacement therapy, found on this page about Subutex, and placing it to continue seamlessly from the fossil fuels curve. The renewables curve was then drawn intuitively on top of the fossils one, to represent a relatively plausible scenario.