Richard Heinberg vs Tom Athanasiou: Peak Oil or Climate Emergency?

Debate Dec 15, 2011 between Richard Heinberg (Post Carbon Institute) and Tom Athanasiou (Earth Island Institute) at the David Brower Center.  Peak Oil or Climate Emergency? We know we’re in Big Trouble. But What Kind Exactly?

Climate change books and articles all have the same solution: renewable energy and a green economy, a good reason to have a debate, since the Post Carbon Peak Oil message of living simpler lives isn’t being heard by our environmental comrades.  They still don’t understand the laws of physics and thermodynamics means renewable energy can’t replace fossil fuels, Hirsch’s DOE paper on why you’d want to prepare at least 10 to 20 years before peak oil production, and above all, the economy can’t continue growing, not even “greenly”.

Richard Heinberg spoke first, and said he didn’t think there was anything to argue about– Climate Change is a serious issue.  But Tom insisted there was a debate, because he believed there were techno-fixes to the Peak Oil problem and we must approach the future with 100% positive and hopeful attitudes.  He simply didn’t believe the scientists wouldn’t come up with something, and therefore he didn’t buy Heinberg’s premise that the first crisis to face us would be peak oil.  A techno-fix turned out to be Tom Athanasiou’s one and only idea.  It’s an economic and political rather than scientific idea, so perhaps another reason Peak Oil is dismissed by some environmentalists is their fear that their issue will be less important,  i.e. peak oil means less greenhouse gas emissions.

Heinberg was brilliant, wise, and thoughtful, and made a good case for peak oil in the very short amount of time he had to speak.  He briefly touched on Jevon’s paradox when the topic of efficiency came up. But since the room was 99% climate change people, I wish he’d been given more time to explain why a techno-fix isn’t going to happen, the scale of what fossil fuels do for us (i.e. cubic mile of oil http://en.wikipedia.org/wiki/Cubic_mile_of_oil), and so on.

If Peak Oil and biophysical economics proponents are right, cutting  back on consumption, a much simpler lifestyle, basic gardening and other skills, fixing and re-architecting the existing infrastructure for a lower-energy world, lowering population and immigration, etc., are the only possible paths to less suffering and violent civil unrest, and we’re wasting the little time, money, and energy we have left.

It’s too bad environmental leaders spout impossible dreams of green growth and techno-fixes, but then again, since there are no solutions that allow us to maintain our current lifestyle, perhaps at this late stage it’s not worth trying to convince them.  Throughout history, only one percent or less of people were drawn to living austerely (now known as the “Simplicity movement”).  Gardening, bicycling, walking, traveling and shopping less don’t appeal to most people, no matter how idyllically a “Grandma Moses” portrait is painted.

The best news I heard all night was after the debate, when I had a chance to ask Richard Heinberg the question I’m most interested now.  I asked him if he thought we had enough fossil fuels left to drive humanity and most other species extinct on the planet, and he said that although we probably did, it wasn’t going to happen because of other factors.

He didn’t elaborate on the factors, but from reading his books and blog, I think those factors are economic (depression, companies going out of business, supply chains breaking, sovereign defaults), war, social unrest, and political issues.  In addition, if a long enough period of time goes by when fossil fuel production halts, then you have additional problems of a lack of engineers, and peripheral industries not functioning that are essential to oil, natural gas, and coal mining, i.e. highly refined metal machinery, microprocessors, etc, making it hard to get back to where you left off.

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Fungi killed most of world’s trees during runaway greenhouse Permian Extinction

Marshall, M. 20 Aug 2011.  Mass-extinction fungi could turn on trees again. NewScientist.

“During Earth’s biggest mass extinction 250 million years ago, usually tame soil fungi ran amok, decimating most of the world’s trees. A repeat is possible, if climate change weakens trees too much.

The Permian extinction saw 95% of species wiped out, dwarfing the K/T extinction that ended the dinosaurs’ reign. According to Mark Sephton of Imperial College London, a knock-on effect of the vast volcanic eruptions that triggered the extinction was a global fungal plague”.

Trees were vulnerable to attack by fungi because they were already weakened by to much heat, drought, and acidification from volcanic eruptions.

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Loss of Top Predators

James A. Estes, et al. 15 Jul 2011.  Trophic Downgrading of Planet Earth. Science vol 333.

Before men, large predators and herbivores had huge influences on nature across land, ocean, and fresh water ecosystems.  Their loss has a “trophic cascade” effect across ecosystems that increases disease, wildfire, invasive species, and decreases carbon sequestration and biodiversity.

We are at the beginning of a 6th major extinction caused by homo sapiens, especially characterized by the loss of larger animals, globally.  These losses are permanent and their disappearance will have far-reaching effects.  It is our most “pervasive influence on nature”.  Some examples:

  • The loss of wolves, bison, sharks, whales, and big cats (for example) has had effects such as:
  • Sub-Saharan African baboon populations have increased due to fewer lions and leopards. Baboons are full of intestinal parasites which are now spreading to people as baboons forage near villages.
  • The recovery of large ungulate populations in the Serengeti in Africa reduced the number of wildfires
  • Whales consume lots of plankton and consequently expel a lot of feces, which sink to the ocean bottom, sequestering carbon.  The loss of whales from industrial whaling caused an extra 105 million tons of carbon to be released from oceans into the air, adding to climate change.
  • Sea otters keep underwater kelp forests abundant because they eat the urchins that consume kelp.  Sea otter populations crashed, and consequently kelp disappeared too, which led to fewer mussels, Glaucous winged-gulls, less kelp forest fish which led to bald eagles needing to eat more seabirds to make up for that less fish.
  • Willowy plants were suppressed by elk browsing in Yellowstone until wolves were introduced.  Increased riparian trees and shrubs shaded and cooled nearby streams, reduced bank erosion, and increased the number of fish and other aquatic life.

We are just beginning to learn how removal of large animals affects ecosystems and the food web.

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Bakken Shale and U.S. Oil Production

Roger Blanchard. 26 Dec 2011. ASPO-USA peak oil newsletter

On Sept. 25, 2011 National Public Radio’s All Things Considered program had a segment consisting of what I considered highly questionable information concerning oil production in the Bakken Shale region of North Dakota and U.S. oil production in general. The segment indicated that U.S. oil production would rise dramatically in the foreseeable future due to new technological developments. Segments like this may play well to the public’s desire for optimism but they don’t present an accurate assessment of future oil production in the Bakken Shale region or in the U.S.
Early in the segment, the host, Guy Raz, stated that there were 11 to 20 billion barrels of oil in the Bakken Shale formation. I was surprised by the 11 and 20 billion barrel figures because an April 2008 U.S. Geological Survey (USGS) report estimated the amount of technically recoverable oil within the Bakken Shale formation at 3.0 to 4.3 billion barrels, with a mean of 3.65 billion barrels.
The USGS has had a sorted history when it comes to estimating oil reserves. To illustrate their estimation problems, it’s only necessary to look at their estimates for the National Petroleum Reserve-Alaska (NPR-A). Prior to 2002; their mean estimate of technically recoverable reserves was 9.3 billion barrels (Gb). In 2002, they upped their estimate to 10.5 Gb. In 2010 they had to downgrade their estimate to 0.896 Gb when it became obvious their previous estimates were far too high. For a long time I had been stating that the NPR-A would not produce anything remotely close to 9-10 Gb.
The state of North Dakota also released a report in April 2008 which estimated that there are 2.1 billion barrels of technically recoverable oil in the Bakken Shale formation.
In reality, the actual volume of oil that can be economically recovered from a region will be considerably less than the technically recoverable estimates by government agencies, assuming the estimates are reasonably accurate. I personally think that an ultimate recovery from the Bakken Shale formation of 1.5 Gb is realistic if not a bit optimistic. Based upon my modeling of Bakken Shale oil production with a 1.5 Gb ultimate recovery, peak production would occur in the 2013-2014 period.
In recent years there has been intense oil development in the Bakken Shale region with an average annual oil production increase during the 2008-2010 period for North Dakota of 36 percent a year. When production of a resource such as oil is increasing rapidly, it’s easy to think that the production will continue to increase for a long time. Unfortunately, history is replete with examples of oil production increasingly rapidly within a region then in short order declining rapidly. I expect that to happen in the Bakken region.
Only two US states have had oil production increases in recent years worth mentioning: North Dakota and Texas. There have been minor production increases in a few western states such as New Mexico and Colorado as well. The vast majority of oil producing states had either flat or declining production in recent years in spite of the high price of oil.
In 2009 and 2010, oil production increased significantly in the deepwater Gulf of Mexico (GOM), contributing to US oil production increases during those years but in the first half of 2011, Gulf of Mexico oil production was down 11.1% (188,000 b/d) compared to the first half of 2010. I’ve made the case for a long time that deepwater GOM oil production would peak around 2010 (http://www.energybulletin.net/node/44870) and that prediction looks good.
With mature fields in the deepwater GOM declining at average rates of 10-20 percent a year, it takes many new developments just to replace the declining production from older fields. The problem for future deepwater GOM production is that there are few fields that are projected to come on-line in coming years and the best areas have been quite thoroughly explored and developed.
Interestingly, one of the oil experts in the NPR segment was Amy Jaffe. Apparently NPR news programs don’t vet their experts. If they did, it would be obvious that Ms. Jaffe has at best a dismal forecasting record when it comes to oil. Here is the summary of an article she wrote in 2000:
As oil flirts with prices that call to mind the shocks of the 1970s, the usual Cassandras have been warning of dwindling oil supplies and sky-high prices. But the danger is precisely the opposite. The next two decades will witness a prolonged surplus of oil, which will tamp prices down. This world of cheap oil will have serious political reverberations. Without rising oil revenues, such key states as Saudi Arabia, Russia, Mexico, and Colombia will face worsening crises at home. The same is true in spades for Central Asia, where Washington’s current wrongheaded policies could drag it into crises that make the Balkans look like a pregame warm-up. The world should worry less about a scarcity of oil than about a glut.
The price of oil in recent years hasn’t even been close to the 2000 average of $27.39/barrel (U.S. average domestic price) that Ms. Jaffe considered so high at the time. For the period 2005-2010, the average annual oil price was never less than $50 a barrel and in 2011, it will average approximately $90 a barrel.
Considering that global oil production (crude oil + condensate) has been essentially flat since the start of 2005 and that the exportable amount of global oil production declined by over 2 million b/d during the 2005-2009 period based upon US DOE/EIA data, I don’t think anyone can make the case that there is a glut of oil on the world market.
Ms. Jaffe gave what I thought was very deceptive information concerning future U.S. oil production. She stated that,
“In 5 to 10 years, U.S. oil production will go up dramatically, not by 10% but by considerable volumes”
Unfortunately she didn’t provide a numerical value for the absolute or percentage increase she expected but my impression was that an increase of 50 percent or greater is what she meant. At a 50 percent production increase over 2010, US oil production would have to increase ~2.7 million b/d. I view that as not in the realm of possibility over any time frame.
The NPR segment conflated Bakken Shale and what is termed “oil shale”, the shale in places like Colorado that has a solid organic material called kerogen in it. In Bakken Shale, there is actually oil impregnated into the shale which can be obtained through fracking. That is not the case for most shale in the US During the segment, Mr. Raz provided an oil reserves estimate for the U.S. of 2 trillion barrels. That’s quite an impressive figure but the vast majority of that estimate is based upon oil shale that has kerogen in it, not oil. No amount of fracking will remove the kerogen from the shale to provide oil.
In general, media in the U.S. act as cheerleaders for the oil and gas industry. If the public is to understand important aspects of our energy supply, it’s important that they receive unbiased and independent reporting on energy issues. Without unbiased and independent reporting, it’s easy for the public to believe that U.S. oil resources are infinite, which appears to be the present case for a significant percentage of the public.
Roger Blanchard teaches chemistry at Lake Superior State University and authored the book “The Future of Global Oil Production: Facts, Figures, Trends and Projections by Region,” McFarland & Company (2005).

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Departments of Descent

RAYMOND DE YOUNG “As it becomes more acceptable to openly talk about the need to downshift our personal material expectations, a few geographic locations (e.g., Flint, Detroit) will come to realize this same need exists at the community level. In 2012, in a few locations, new governmental institutions will emerge (e.g., Departments of Descent) tasked with creating and implementing policies and procedures that intentionally shrink the services, infrastructure and political boundaries of cities, towns and villages. This intentional transition will not initially be driven by an understanding of the limits posed by declining net energy; the sole driver will seem to be local economic constraints. Nonetheless, the process will create a community-level response consistent with emerging bio-physical limits. And the very existence of these new institutions may diminish our psychological confidence in the role and predictability of centralized economic and political systems in our future affairs.”
Raymond De Young is Associate Professor of Environmental Psychology and Planning at the University of Michigan School of Natural Resources and Environment (www-personal.umich.edu/~rdeyoung). He is co-author of The Localization Reader: Adapting to the Coming Downshift. Cambridge: MIT Press (2012).
Source. 2 Jan 2012. Commentary: 2012 Predictions. ASPO USA Peak Oil Review.

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When will the decline of oil begin, at what rate?

If the German Peak Oil report is correct, once investors believe oil production is declining, that will be the end of the stock market, since growth can no longer occur and debts be repaid.  The financial system is precarious enough to pop before that, but this could be the event that triggers the explosion.  It will wipe out pensions, savings accounts, and in general demolish paper wealth.

Olivier Rech: Starting around 2013. Production of oil has already been on a plateau since 2005 at around 82 mb/d.  It appears to me impossible to go much higher. Since demand is still on an increasing trajectory, the first tensions arise between 2013 and 2015.
Olivier Rech developed petroleum scenarios for the International Energy Agency over a three year period, up until 2009. This French economist now advises large investment funds on behalf of La Française AM, a Parisian assets management firm.  His forecasts for future petroleum production are now much more pessimistic than those published by the IEA.
Source:  5 Jan 2012. Oil will decline shortly after 2015, says former oil expert of International Energy Agency. theoilddrum.com

HIRSCH, BEZDEK, & WENDLING “We prefer to think in terms of the impending decline in world oil production, because world liquid fuels production has been on a fluctuating plateau since mid-2004 and because a small upward fluctuation in production is not of major economic importance. We expect the current plateau to continue. As to the timing of the onset of decline, we see no reason to change our conclusion of a year ago, when we forecast that the decline would occur in 2-5 years. That’s now 1-4 years. Note that the onset of decline will be masked by production fluctuations, so the actual onset date will necessarily have to be back dated. As we said previously, the realization of the decline in world liquid fuels production could occur at any time, triggered by political or market events.” Robert Hirsch, Roger Bezdek, and Bob Wendling are the authors of The Impending World Energy Mess.
Source. 2 Jan 2012. Commentary: 2012 Predictions. ASPO USA Peak Oil Review.

JEFFREY J. BROWN I estimate that the Available Net Export decline rate will accelerate to between 5% and 8% per year in the 2010 to 2020 time frame.
Jeffrey J. Brown is the creator of the Export Land Model and a Member of ASPO-USA’s Board of Directors.
Source. 2 Jan 2012. Commentary: 2012 Predictions. ASPO USA Peak Oil Review.

 

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Climate Change: creatures collide, compete, parasitize one another

Climate change models of biodiversity loss are underestimating future extinctions, because as animals move around they compete and parasitize each other.  Already animals and plants that can’t handle increasing temperatures are moving to cooler places.

Some can’t move fast enough to get to better places before they die-off, and those that do make it may be out-competed by species already there or other species that moved faster and got there first.

Animals with small territories, specialized adaptations that can’t move to cooler places are the most likely to go extinct as well as be out-competed by species that can tolerate a wider range of habitats.

Urban et al speculate that current predictions of biodiversity loss under climate change — many of which are used by conservation organizations and governments — could be vastly underestimating species extinctions.

M. C. Urban, J. J. Tewksbury, K. S. Sheldon. On a collision course: competition and dispersal differences create no-analogue communities and cause extinctions during climate change. Proceedings of the Royal Society B: Biological Sciences, 2012; DOI: 10.1098/rspb.2011.2367

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Dennis Meadows “Learning to Live within Limits”

Steven W. Running at the University of Montana wrote in the Sep 21, 2012 issue of Science: “Forty years ago, Meadows et al. published a landmark first analysis of global limits to human activity (Meadows). Based on a primitive computer model of the Earth system, they concluded that by the early decades of the 21st century, tangible limits to key global resources would begin to emerge. A reanalysis of the original results in 2008 found that the original global resource depletion projections were remarkably accurate (Turner).”

Dennis Meadows (“Limits to Growth”): We are in the early phases of that period now; you will experience more change over the next 20 years than occurred during the past 100 years.

Generic Ways to Increase Resilience

  • Redundancy
  1. Diversity back up generator, solar collector, wood stove, garden, complementary currency, bicycle
  2. Networking (time credits sharing system, local)
  • Buffering (larger propane tank, bigger water storage, food storage room
  • Efficiency (improved house insulation, better toilet, smaller car

Lessons for Living Within Limits

  • Strive for resilience, not sustainability
  • Focus on rebuilding, not new construction
  • Focus on social and psychological changes more than technical changes
  • Do not rely on growth to solve problems
  • Admit that the days of cheap and abundant energy are gone – forever.
  • Realize the changes are happening now.

The Time of Greatest Stress

  • Most people assume that the major global difficulties would occur after the end to growth.
  • This is not correct.
  • The globe’s population would experience the most stress prior to the peak, as pressures mount high enough to neutralize the enormous political, demographic, and economic forces that now sustain growth.

The Sequence of Objections

  • 1970s: There are no physical limits.
  • 1980s: There are limits, but they are distant in me.
  • 1990s: The limits are near, but they are irrelevant, since they will be dealt with by new technologies
  • 2000s: The technologies are not adequate, but the market will gradually end growth when that becomes necessary.
  • 2010s: The market overshoots, but now the crisis gives us no me to think about long-term problems

Main Points

  • The global system is entering now the phase of zero and negative growth that we projected for the first decades of the 21st century in our 1972 book
  • Growth will not be stopped by absolute physical scarcities, but by increasing costs of essentials
  • Inflation will be widespread . energy, transport, housing, labor, food, water, materials. But the trends in energy will be the most compelling to the politicians
  • Oil production will decline soon, and the deficit will not be closed by efficiency improvements and renewables.
  • Main Points
  • Humans are entering a period of declining energy availability, therefore of declining material standards
  • Human welfare can continue rising even though material standards are declining, IF we prepare
  • Preparations must start immediately and they must emphasize social measures.

The Easy Oil is Gone

  • Oil discoveries peaked in 1960s.
  • Every year since 1984 oil consumption has exceeded oil discovery.
  • In 2009 discoveries ~ 5 billion barrels (bb), consumption ~ 25 bb
  • Of the world’s 20 largest oil fields, 18 were discovered 1917 – 1968; 2 in the 1970s; 0 since.

Above is only a small part of this presentation, see the full slideshow here: Dennis Meadows. 21 Nov 2011. Learning to Live Within Limits. 80th Aurelio Peccei Lecture EU-Chapter of the Club of Rome Dennis Meadows Bibliothèque Solvay Brussels, Belgium

Meadows, D. H., et al. 1972. The Limits to Growth. Universe Books, New York.

Turner, G. M. 2008.  A comparison of The Limits to Growth with 30 years of reality. Global Environmental Change, Volume 18, Issue 3, Pages 397-411.

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Christian de Duve, Nobel Prize Winner. Natural Selection will destroy us.

Clint Witchalls. 28 Feb 2011. Biology Nobelist: Natural selection will destroy us. NewScientist.

We have evolved traits that will lead to humanity’s extinction, says Christian de Duve – so we must learn to overcome them

We are the most successful species on the planet, but you think we will ultimately pay the price for this success. Why?

The cost of our success is the exhaustion of natural resources, leading to energy crises, climate change, pollution and the destruction of our habitat. If you exhaust natural resources there will be nothing left for your children. If we continue in the same direction, humankind is headed for some frightful ordeals, if not extinction.

You think that natural selection has worked against us. How?

Because it has no foresight. Natural selection has resulted in traits such as group selfishness being coded in our genes. These were useful to our ancestors under the conditions in which they lived, but have become noxious to us today. What would help us preserve our natural resources are genetic traits that let us sacrifice the present for the sake of the future. You need wisdom to sacrifice something that is immediately useful or advantageous for the sake of something that will be important in the future. Natural selection doesn’t do that; it looks only at what is happening today. It doesn’t care about your grandchildren or grandchildren’s grandchildren.

You call this short-sightedness “original sin”. Why did you pick this terminology?

I believe that the writers of Genesis had detected the inherent selfishness in human nature that I propose is in our genes, and invented the myth of original sin to account for it. It’s an image. I am not acting as an exegete – I don’t interpret scripture.

How can humanity overcome this “original sin”?

We must act against natural selection and actively oppose some of our key genetic traits.

One solution you propose is population control, but isn’t this ethically dubious?

It is a simple matter of figures. If you want this planet to continue being habitable for everyone that lives here, you have to limit the number of inhabitants. Hunters do it by killing off the old or sick animals in a herd, but I don’t think that’s a very ethical way of limiting the population. So what remains? Birth control. We have access to practical, ethical and scientifically established methods of birth control. So I think that is the most ethical way to reduce our population.

You also advocate giving more power to women. Why?

Speaking as a biologist, I think women are less aggressive than men, and they play a larger role in the early education of the young and helping them overcome their genetic heirloom.

Are you optimistic about humankind’s future?

I’m cautiously optimistic – very cautiously. I try to be optimistic because I prefer to give a message of hope to young people, to say: you can do something about it. But in the present, there is not much evidence that this is happening.

Profile

Christian de Duve is professor emeritus at the Catholic University of Louvain (UCL), Belgium and Rockefeller University, New York. In 1974 he co-won a Nobel prize for his work on cellular structure. His latest book, Genetics of original sin, is published by Yale University Press

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John Hemington: My Views on the Human Condition – A Summary

Email Forwarded from Charles A. Hall, Sep 7, 2010

A number of my correspondents have expressed the opinion that my pessimistic views of our economic, political and social future are, shall we say, a bit on the extreme side.  For all of our sakes I hope you are correct. On the other hand, Eric Chornenky has forwarded the article below, ‘Peak Oil’ and the German Government, which neatly outlines one of the more profound issues facing (and, in almost all instances, publically ignored) governments and policy analysts around the world.  To make matters even worse, “peak oil” is only one of many critical “peak resources” modern industrial capitalism requires to keep the gears of the military-industrial-financial complex humming along and – as many neo-classical economists blindly presume – growing forever.  I am therefore taking this opportunity to offer a summary explanation of why I am not optimistic about our future as a people, as a nation and as a species.

Capitalism, as many of you understand clearly, cannot exist as a coherent economic system in the absence of steady consistent growth.  If growth fails, capitalism fails.  It is a simple and some would say inevitable nexus.  And resource limitation is only one of many hydra-headed monsters facing our national and international communities.  Most Western governments and many of the social institutions supporting them, particularly those in the United States, have become hopelessly corrupt servants of international financial interests and the military-industrial behemoths surviving on the public dole – either directly through infusions of tax dollars or indirectly through regulatory capture and forbearance.  Most of these interests are controlled by short-sighted ideologues who are theologically certain believers in the absolute truth of neoclassical market economics – and hopelessly and mindlessly corrupt in carrying out their beliefs.  That is to say, they don’t follow the principles they claim to cling to with ideological certainty – there is no free market, there is only a rigged socialized market serving their parochial interests – pushing the rest of us ever deeper into an inescapable black-hole of debt.

In many nations of the Middle-East and Far East, where there is frequently less need for pretense of public participation, moves aimed at corralling needed resources are proceeding apace – though at varying rates depending on relative national power and wealth.  The BRIC coterie of nations are working on becoming either internally or collectively self-sufficient in critical resources at the expense of Western industrial powers.  They may succeed at this for awhile but, ultimately, they will also fail to gain control of all of the resources needed for economic stability.  And, as if this is not enough, global climate change (and, at this stage, the cause of the change is absolutely irrelevant because humanity is not, and perhaps cannot, do anything meaningful to arrest its progress) is proceeding at an ever quickening pace which may in the short-term threaten global food supplies (through increased desertification) even if petroleum resources remain sufficient to keep the “green revolution” rolling for the next few years.

This is a time when, if homo sapiens were truly “rational” creatures, we would recognize these and other equally demanding challenges to the existence of the species and make some effort to put aside long-standing cultural and tribal disputes over who did what to whom 200, 500 or even 4,000 years ago – but we won’t.  Dave Cohen (Decline Of The Empire) asserts that we can’t – that there is a fatal flaw in the human character (perhaps in the genome) which prevents this type of collective action for the benefit of all.  And, I agree.  I see no indication whatsoever that we are capable of learning from past mistakes, of reasonably and rationally analyzing the nature and scope of the problems we face and coming up with any unified effort to respond to the limits of humans continuing to live on this planet.  Instead, we chose the time-tested solutions of “I’ll get mine first, no matter the consequences for you.”, and / or “We can just keep doing what we’re doing and science, technology, some really bright people, space aliens, etc. will figure out a magic bullet solution and save us all before it’s too late.”  It was Albert Einstein who famously wrote – Insanity: doing the same thing over and over again and expecting different results.  This is where the world is today, and this is why I see no silver lining in the optimistic views of most of my peers.

Clearly, I don’t have a crystal ball to see into the future and I am certainly no brighter or better informed than any of you on these issues.  But, unlike most of you, I don’t see humanity progressing in any sort of positive way toward some future state of perfection or even necessarily a better state of existence.  We have, it is true, made significant – even magnificent, in some instances – advances in science and technology.  And yet, for each positive advance, each new wonder, we have found ways to use these processes and developments against ourselves.  We can now kill more people more easily at a greater distance with fewer moral qualms that at any time in history.  And, if history is any judge, we will.  But, whether we do it in a final surge of hydrogen fury or by the inadvertent release of a toxic gene or the climatic destruction of our ability to feed ourselves makes little difference, in the end – if we can do it we will – whether deliberately or accidently.  With all else we believe we have mastered over the millennia, we have not managed to master the capacity to know our limits and to know what is in our own best interests – and this will be our downfall.  Life on earth is a process, it has no direction.  The purpose it has for humans is the purpose we give it.  Thus far, humanity has failed to demonstrate that the evolutionary process of intellectual development has matched intellectual capacity for self-destruction.

Richard Dawkins posited the concept of the “selfish gene” but he failed to note that it was also a stupid and self-gratifying gene – parasites always tend to consume their hosts.

John Fowles in philosophical text The Aristos said it best for me:

To the outside observer all the special privileges we claim for our species, all the feathers in our cap, might seem as absurd as the exotic ceremonial finery of some primitive chieftain; of no more significance than the flowers in my garden for a surveyor.  My flowers may mean a great deal to me; but I cannot assume that the purpose of evolution is to give them to me.

What we call evolutionary progress is so for nothing but ourselves.  The very term ‘evolution’, with its assumption of development-from, is misleading.   We are like the observer in sub-atomic physics who distorts the nature of the particle observed by the very act of observation.

The indifference of the process to the individual objects that constitute it, this ‘God’ which is a situation and not a person, which does not intervene, this blind obsession with the maintenance of infinity – all this may appear to leave our human world intolerably bare.  But even here one can detect evidence of a universal sympathy.  How can we not see?  By not being in our sense of being, by not intervening, ‘God’ is a warning to us that Homo sapiens, like every other form of matter, is not necessary, but contingent.  If our world is annihilated, and all of us with it, the whole will not suffer.  It is madness, a delusion we inherit from our remotest ancestors, to suppose that thanksgiving can influence the course of events; that these man-like projections of our own wishful thinking can intervene on our behalf in the process.

No one will save us but ourselves; and the final proof of the sympathy in ‘God’ lies in the fact that we are – or can by exercise become – free to choose courses of action and so at least combat some of the hostile results of the general indifference of the process to the individual. . .

We are in the best possible situation because everywhere, below the surface, we do not know; we shall never know why; we shall never know tomorrow; we shall never know a god of if there is a god; we shall never even know ourselves.  This mysterious wall round our world and our perception of it is not there to frustrate us but to train us back to the now, to life, to our time being. . .

It is in this that we have, in my opinion, failed ourselves and humanity.  We have freely chosen our course of action.  We have yet to learn to think in the now, to the understanding of life and its contingency on this planet.  We think only of ourselves and our immediate circumstances.  What we can get – and keep – for ourselves; not what we do for our species and those others dependent upon our actions for survival.  For much of life on Earth we may be “God” – and thus far we have been a bitter and vindictive one indeed.  As we proceed with “business as usual” the food chain grows shorter by the day, the rate of extinction increases until, absent the hydrogen crucible, Soylent Green (look it up) will likely become our sad and bitter end.


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