Monday, August 26, 2013

Bad Moon Rising


Looks like we're in for nasty weather"

    - John Fogerty

"I've been doing meteorology for 30 years and the jet stream the last three years has done stuff I've never seen," 
   -Jeff Masters, meteorology director at Weather Underground.

We have lost our stable climate. Likely permanently. Rates of change are greatly exceeding anything in the paleorecords. By at least 10x, and more likely >30x. We are heading to a much warmer world. The transition will be brutal for civilization.global-warming
Paul Beckwith

Greetings


      Paul Beckwith is something of an outlier.   He's working on a Phd in Climatology at the University of Ottowa.  He has predicted that the Arctic will be ice free in 2013.  We'll know in about a month.    

    Here's some more of his ideas.

-------------------------------

August 21, 2013
 
Most of us have had that funny feeling that there is something not quite right with our weather and climate recently. We discuss it on FaceBook, mention it to the cashier at the store and maybe even talk about it at the dinner table. Musings like, "Wow the weather sure has been weird lately" and "It's so hot, it has never been this hot before". Every day now (depending on what media outlet you listen to) you will see headlines aboutrecord flooding, record rainfall, record heat, recordstorms, record tornadoes, record fires and recordhurricanes.
"Record" seems to be the new buzz word when we talk about the climate nowadays.
One thing you can rest assured in though is that it reallyis not a figment of your imagination. The climate is indeed changing - and rapidly. So fast that it's startling even climate scientists and blowing previous "computer modelings" out the window.
So what really is going here?
Alot.
When the earth enters into certain periods and reaches certain "tipping points", weather and climate can change very very fast. According to a report by the Pentagon: An Abrupt Climate Change Scenario and Its Implications for US National Security, it can change so fast that we can have catastrophic climate change within a period of mere years - a state we call "abrupt climate change". Abrupt climate change comes when those tipping points are reached or surpassed, much like a runway train without brakes or a snowball rolling down a hill at high speed.
In a nutshell, it's a point none of us ever wanted to see in our lifetimes. But the sad reality of it is that we are.
Paul Beckwith, part-time professor and a PhD student with the laboratory for paleoclimatology and climatology at the University of Ottawa, recently had some startling things to say about what's happening to our climate. Beckwith says that we have now entered into a period of "abrupt climate change" and that we can now expect that runaway train to gain even more speed. Because some dangerous feedback loops have been put into action, our jet stream has been affected (think of it like this - the "conveyor belt" on earths air conditioner is now loose and wandering in areas it never has - hence the reason we are seeing mass amounts of rainfall being dumped in very short periods of time in unlucky areas)
Beckwith's statement on where we stand now:
"Abrupt climate change. It is happening today, big time. The northern hemisphere atmospheric circulation system is doing its own thing, without the guidance of a stable jet stream. The jet stream is fractured into meandering and stuck streaked segments, which are hoovering up water vapor and directing it day after day to unlucky localized regions, depositing months or seasons worth of rain in only a few days, turning these locales into water worlds and trashing all infrastructure like houses, roads, train tracks and pipelines and also creating massive sinkholes and catastrophic landslides. And climate change is only getting warmed up.
In the Arctic, methane is coming out of the thawing permafrost. Both on land and under the ocean on the sea floor. The Yedoma permafrost in Siberia is now belching out methane at greatly accelerated rates due to intense warming. The collapsing sea ice in the Arctic Ocean is exposing the open ocean to greatly increased solar absorption and turbulent mixing from wave action due to persistent cyclonic activity. Massive cyclonic activity will trash large portions of the sea ice if positioned to export broken ice via the Fram Strait.
What does it all mean?
We have lost our stable climate. Likely permanently. Rates of change are greatly exceeding anything in the paleorecords. By at least 10x, and more likely >30x. We are heading to a much warmer world. The transition will be brutal for civilization.global-warming
Can we avoid this? Stop it? Probably not. Not with climate reality being suppressed by corporations and their government employees in their relentless push for more and more fossil fuel infrastructure and mining and drilling.
Craziness, in a nutshell. Temperatures over land surfaces in the far north have been consistently over 25 C for weeks, due to persistent high pressure atmospheric blocks, leading to clear skies and unblocked solar exposure. Water temperatures in rivers and streams in the far north have resulted in large fish kills as their ecological mortality thresholds have been exceeded. Many other regions are experiencing strange incidences of animal mortality. Mass migrations of animals towards the poles are occurring on land and sea, at startling rates, in an effort for more hospitable surroundings for survival. Shifting food source distributions is causing even hardier, less vulnerable species to be severely stressed. For example, dolphins are being stranded or dying, birds are dropping out of the sky, and new parasites and bacteria are proliferating with warmer temperatures.
In regions of the world undergoing severe droughts the vegetation and soils are drying and fires are exploding in size, frequency, and severity. Especially hard-hit are large regions of the US southwest, southern Europe, and large swaths of Asia. Who knows if forests that are leveled by fire will eventually be reforested; it all depends on what type of climate establishes in the region.
What about coastal regions around the world and sea levels? Not looking too good for the home team. In 2012 Greenland tossed off about 700 Gt (Gt=billion tons) of sea ice, from both melting and calving. As the ice melts, it is darkening from concentrated contaminants being exposed, from much greater areas of low albedo meltwater pools, and from fresh deposits of black carbon ash from northern forest fires. Even more worrying are ominous signs of increasing movement. GPS sensor anchored to the 3 km thick glaciers hundreds of kms from the coast are registering increased sliding. Meltwater moulins are chewing through the ice from the surface to the bedrock and are transporting heat downward, softening up the ice bonded to the bedrock and allowing sliding. Eventually, large chunks will slide into the ocean causing tsunamis and abrupt sea level rises. Many regions of the sea floor around Greenland are scarred from enormous calving episodes in the past.
Coastal Flooding
On a positive note, this knowledge of our changing climate threat is filtering out to greater numbers of the slumbering public that has been brainwashed into lethargy by the protectors of the status quo. As more and more people see the trees dying in their back yards and their cities and houses and roads buckling under unrelenting torrential rains, they are awaking to the threat. And there will be a threshold crossed and a tipping point reached in human behavior with an understanding of the reality of the risks we face. And finally global concerted action. To slash emissions. And change our ways. And retool our economies and reset our priorities. And not take our planet for granted."
In a leaked report of the latest IPCC report on climate change, much of what Beckwith says is mirrored in the report (the report has not yet been published however - in it's final form it may be subject to being watered down and/or changed)
According to sources close to the report, there are some pretty startling and "terrifying" things about to be revealed: "We're on course to change the planet in a way "unprecedented in hundreds to thousands of years." This is a general statement in the draft report about the consequences of continued greenhouse gas emissions "at or above current rates."
"Unprecedented changes will sweep across planetary systems, ranging from sea level to the acidification of the ocean."
So yes, you were right. The weather is weird and it is changing. The question now is: "Can we do something to stop this runaway train?" or did we already give it enough fuel to go even faster?
Another interesting article here about tipping points and abrupt climate change: The Tipping Point and its Effects: a Global Climate Climate Change Warming Point of No Return,
You can follow Dorsi Diaz on Twitter and also here at HubPages where she publishes articles about climate change and educating through art







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Sunday, August 25, 2013

What all the cool kids are talking about

Ev'rybody's talking about
John and Yoko, Timmy Leary, Rosemary,
Tommy Smothers, Bobby Dylan, Tommy Cooper,
Derek Taylor, Norman Mailer,
Alan Ginsberg, Hare Krishna,
Hare, Hare Krishna
- john Lennon

Everybody's talking at me
I can't hear a word they're saying
-Danny O'Keefe

Greetings

     Ever wonder about fads?    How about the stuff " everybody" is talking about this week?   Gangnam style!   Anthony Weiner!  Ben Affleck as Batman?  

     How about the stuff no one ( in their right mind) is talking about:  ummm.....   Yes I'm talking about you.....climate change.

     Why is climate change such a bad meme?   Can it improve?  

     Well it seems that meme- ologists  over at Climate meme are looking into that very question.    And it ain't pretty.   Basically. Climate change is an ugly meme.  It pushes all the wrong buttons.   It calls our whole history, shared values , and life style into question.  That makes people anxious.

     "And yet the core themes of the global warming meme evoke exactly this kind of crippling anxiety.  Are we out of harmony with nature?  Is it going to kill off everyone we have ever loved?  Does this mean there is something wrong with us?  Who has the audacity to claim that humans have the power of gods to shape the planet in such profound ways?  Questions like these cause people to react defensively or shut out the conversation entirely.  Our research shows that these are the questions that arise when climate memes enter the minds of people, explaining why both denialists and advocates respond so strongly to the different threats they perceive from the global warming meme."

What to do?   How about sugar coating?   Turn that frown upside down!     Were talking " green economy"?   We're talking jobs!  Economic growth!   Whats not to like? 

How about reality?    As my dentist likes to say. " you may feel this a little.". 


Why Global Warming Won’t Go Viral

Posted on March 5, 2013 by Joe Brewer in How-To GuidesMeme ScienceProject Update
For nearly 30 years, scientists and activists have been warning us about the impacts of global warming.  They have testified before Congress, rallied on the mall in Washington, presented at United Nations forums, produced and distributed movies, written emotionally powerful songs, and so much more.  Despite these valiant efforts, the problem is scarcely closer to being solved now than it was when it first appeared in mainstream press in the early 1980′s.
Contrast this with global sensations like the spread of Gangnam Style in recent weeks or prior “viral” phenomena like Facebook, the YMCA dance, or the internet itself.  These cultural forces could not be kept at bay no matter how disruptive they turned out to be.  They each have a very different quality than the global warming meme which seems to do the exact opposite — no matter how vital it is for concern and strategic action to spread across all of humanity, it just doesn’t budge.  And now we know why.
Last Friday, the first meme analysis of global warming ever conducted was completed and made public here on this website.  We gathered more than 5000 climate memes (nearly 1000 of which were unique), coded them for semantic content, and statistically analyzed them to reveal the underlying structure of the discourse around climate change.  What we found is a confirmation of what we have long suspected plus a whole lot more.  We hypothesized going in that global warming is not a good meme.  It doesn’t spread easily across diverse social networks, nor compel people to incorporate it into their behaviors and lived stories.  This was confirmed by our results.  We also learned specifically how people express thoughts, feelings, and attitudes about this complex topic “in the wild” — in the minds of people whose behaviors have been changed by the existence of global warming as a cultural phenomenon.
Prior to the completion of this study, we were unaware of what shared tensions drive denialists and advocates alike to dismiss expert opinion.  We had no idea that the memes themselves contain the poison pill that makes global warming unspreadable.  There was a blind spot in our knowledge about the composition of ideas, values, attitudes, and behaviors that comprise the global warming meme.

Describing the Global Warming Meme

Perhaps we should start by unpacking what we mean by “5000 climate memes” that comprise the global warming meme.  When we talk about the analysis of a meme, what we are really doing is creating an ecosystem map of interdependent memes that make up a complex meme system.  In other words, what we refer to in shorthand as theglobal warming meme is actually an ecosystem of cultural elements that each live in the minds of people and are replicated by imitation in the minds of those around them.  Each of the 5000 memes we gathered was retweeted at least once and stands on its own as a unique thought or behavior that has been successfully shared by at least two people.  They are all relevant to the discussion about global warming and are related to each other in often subtle and hidden ways.
Our analysis focused on revealing and describing these inter-relationships.  By mapping out the correlations across different memes, we were able to reveal the unresolved tensions that define the underlying psychology of the global warming meme ecosystem.  These tensions are what we call “meme dimensions” in our report and there are five of them: Harmony, Survival, Cooperation, Momentum and Elitism.  Each dimension has two poles (just like a magnet has north and south poles) that tell us what the core tensions are for the meme landscape.
We want everyone to understand what it is that we are doing here so you can see how significant these dimensions truly are.  They capture the essence of the global warming meme ecosystem by telling us why the memes are spreading and what they do to the minds of people who carry them.  For example, the Harmony Dimension tells us that an unresolved tension exists between memes about disharmony and conflict and other memes about resonance and harmony.  A large number of the memes — 17% of the correlations across the entire data set — align with the themes of harmony and disharmony.  These poles capture the sentiments about a fundamental discord between humans and the Earth, both where we experience ourselves as disconnected and separate and where we feel interwoven with and part of the biosphere.
The global warming meme is this web of cultural expressions about the human relationship with nature (Harmony), with one another (Cooperation), and the threat of extinction for the human race (Survival) that evokes a wide diversity of sentiments about expert authority and political power (Elitism).  This is what appears in the data when it is analyzed for memetic structure.
Global Warming is a Bad Meme
Seeing that this composition of tensions makes up the global warming meme tells us a great deal about why it won’t go viral.  People have built-in protection mechanisms that activate psychologically when threats arise against worldview and identity.  In normal circumstances this is a very good thing.  A healthy person will not be crippled by anxiety to the point of dysfunction when she comes into contact with a worldview-threatening meme .
And yet the core themes of the global warming meme evoke exactly this kind of crippling anxiety.  Are we out of harmony with nature?  Is it going to kill off everyone we have ever loved?  Does this mean there is something wrong with us?  Who has the audacity to claim that humans have the power of gods to shape the planet in such profound ways?  Questions like these cause people to react defensively or shut out the conversation entirely.  Our research shows that these are the questions that arise when climate memes enter the minds of people, explaining why both denialists and advocates respond so strongly to the different threats they perceive from the global warming meme.
This is why global warming won’t go viral.  It is psychologically toxic to the human mind and won’t spread on its own.  And this creates a significant problem because we cannot wait any longer for global action.  The planet’s climate has been altered by human activities whether our memes manage this well or not.  So we need to take these findings and put them to use very strategically — and get started right away!

Why Negative Findings Are Positive Knowledge

A conclusion that can be drawn from this study is that global warming is a dead end, memetically speaking.  While this does seem to be the case, it doesn’t tell us what we should actually do with this information.  My research partner and I want to be absolutely clear:
Now that we know specifically why and how global warming doesn’t spread, we know where to look in order to change things so that it DOES spread.
There are three kinds of positive knowledge that have come out of this research so far.
  1. Firstly, we now know that the global warming meme is not going to make it on its own.  That tells us to look outside the meme in other parts of mainstream culture for the solution.  We must weave the global warming meme into a stronger meme ecosystem where spreading can happen more quickly.
  2. Secondly, we now have a meme map that tells us which memes will help the global warming meme to spread and which memes weaken or attack it (see the full report linked above to learn more).  This tells us that we need symbiotic memes that have more spreading power on their own.  Candidates will be discovered by answering the two part question, “Which memes are spreading successfully now that also relate to climate solutions in some meaningful way?”
  3. Thirdly, we now have a baseline understanding of the meme dimensions that must be welded together with the symbiotical memes in order to overcome inherent weaknesses in the global warming meme ecosystem.
Now we know what the next phase of research will entail — we have to map out the mainstream cultural landscape of symbiotic memes.  Only then will we be able to activate concern for climate change that is both constructive and persistent.  Time is of the essence and strategic action is urgently needed so we will now get to work designing this second round of research and come back to you, the crowd of funders who have supported us to get this far, with a plan for deeper analysis in the weeks ahead.
In the next few days I will post more articles like this one to share additional insights from our climate meme research. This way we can dig deeper into the building blocks of culture that give life to the global warming meme.  For now please share any thoughts or questions in the comment thread.
Thanks,
Joe Brewer
The Climate Meme Project

http://www.climatememe.org/2013/03/05/why-global-warming-wont-go-viral/

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Tuesday, August 20, 2013

Egypt as a window into to the near future - a post peak Gulf


Greetings


 Here's  a pretty good article from the Atlantic showing some of the underlying factors in the current Egyptian unrest .  (and the future unrest in other MENA states)    It seems that people will put up with a military government for a long time, as long as food is cheap.  !!   ( And the experts have put a number on it - 210) 

  "According to the New England Complex Systems Institute, if food prices go over a threshold of 210 on the FAO Food Price Index, the probability of civil unrest is greatly magnified."

    Of course, governments can assure cheap food by subsidizing prices.  As long as they can afford it.  It helps to have a reliable source of revenue.  Like, for instance ,  the export of oil.

    But, a country can only export oil as long as production remains above domestic consumption.

"Since 2010, oil consumption--currently at 755,000 bpd--has outpaced production. It is no coincidence that the following year, Hosni Mubarak was toppled."

NB: For a quick review of the MENA net export situation here is a glance from Robert Hirsch's blog

---

Underlying growing instability is the Egyptian state's increasing inability to contain the devastating social impacts of interconnected energy, water and food crises over the last few decades. Those crises, already afflicting other regional states like Yemen and Syria, will unravel prevailing political orders with devastating consequences--unless urgent structural transformation to address those crises becomes a priority. The upshot is that Egypt's meltdown represents the culmination of long-standing trends that, without a change of course, can only escalate with permanent repercussions across the Middle East and North Africa (MENA), and beyond.
A major turning point for Egypt arrived in 1996, when Egypt's domestic oil production peaked at about 935,000 barrels per day (bpd), dropping since then to about 720,000 bpd in 2012. Yet Egypt's domestic oil consumption has increased steadily over the past decade by about 3 percent a year. Since 2010, oil consumption--currently at 755,000 bpd--has outpaced production. It is no coincidence that the following year, Hosni Mubarak was toppled.

.....

The impact on Egypt's state revenues has been dramatic. Energy subsidies amount to $15 billion a year, about a quarter of the entire budget, driven largely by expanding consumption needs for a growing domestic population. Over the last decade, Egypt's gas use has almost doubled, nearly matching production, further limiting the country's exporting capacity and, thus, hard currency revenues , reserves of which have more than halved in two years. Around another $3 billion a year goes to food. In total, 10 percent of its GDP is spent on subsidies.
With state revenues declining, how had Egypt sustained levels of growth of around 7 percent in the two years preceding the 2008 global banking crisis--even winning praise from the World Bank, which described the government as a "top reformer"?
The answer is simple: Egypt had financed increasing expenditures through one core mechanism: borrowing. Over the last decade, government debt has averaged about 85.5 percent of GDP. In 2011, Egypt registered a balance of payments deficit of $18.3 billion . The situation has become unsustainable as the state is increasingly unable to service myriad debts, has desperately attempted to identify viable sources of new oil and gas imports, but cannot muster the capital to secure them.

----

As energy accounts for over a third of the costs of grain production (pdf), high food prices are generally underpinned by high oil prices. Since 2005, world oil production has remained on an undulating plateau that has kept prices high, contributing to surging global food prices. According to the New England Complex Systems Institute, if food prices go over a threshold of 210 on the FAO Food Price Index, the probability of civil unrest is greatly magnified.

Global wheat prices doubled (pdf) from $157/metric tonnes ($173/ton) in June 2010 to $326/metric tonne ($359/ton) in February 201 (the same month Mubarak fell) while half the population was dependent on food rations. That year, the FAO Index averaged about 228, the highest since FAO started measuring international food prices in 1990. The second highest average occurred in 2008--the same year Egypt experienced violent clashes over government-subsidized bread in different cities, leading to 15 people being killed and 300 arrests.
Since then, the index has hovered consistently above 210, and in May 2013 before Tahrir Square was flooded by millions of Egyptians, it was at 213. Although currently at 205, the Worldwatch Institute warns that food prices willtrend higher and be more volatile in coming years and decades. This is consistent with the last decade, over which the World Bank global food price index has increased 104.5 percent, at an average annual rate of 6.5 percent.
fao
Perhaps the biggest driver of rocketing food prices in 2011, however, was the unprecedented impact of climate change in the world's major food basket regions, pushing up global cereal prices to record levels.
Droughts and heat-waves in the U.S., Russia, and China since 2010 led to a sharp drop in wheat yields, on which Egypt is heavily dependent.
That same year, Egypt's water shortages sparked tens of thousands of people to take to the streets in different parts of the country, primarily farmers protesting the growing inability to irrigate their farms--making tens of thousands of hectares of farmland impossible to cultivate. Egyptians in the 1960s enjoyed a water share per capita of 2,800 cubic meters (98,881 cubic feet) for all purposes. The current share has dropped to 660 cubic meters (23,307 cubic feet)--well below the international standard defining water poverty at 1,000 cubic meters (35,314 cubic feet).

-----

But another major worry is oil production. New evidence suggests that the Gulf powers face the prospect of imminent production peaks. Leaked State Department cables show that the US government privately believes that Saudi Arabia's oil reserves may have been overstated by as much as 300 billion barrels--nearly 40 percent. By around 2020, Saudi Arabia will be unable to increase production , confronting instead a future of decline--indeed, its oil exports have already begun falling as it increasingly uses up production for domestic needs.
That in turn would mean a catastrophic loss of state revenues, not just for Saudi Arabia, but for the other Gulf powers which have much smaller reserves. The post-peak Gulf would not only usher in a world of extreme energy volatility--oil prices remain closely tied to production from the region--it would render these kingdoms highly vulnerable to the converging crises already at play in countries like Egypt, Syria and Yemen.
The implication is stark. If business-as-usual continues, Egypt today is very much a window into a near-future that would make dystopian science fiction look like high fantasy.

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Friday, August 16, 2013

A couple of cockroaches and a Norwegian rat


Greetings


       Here's a nice discussion of our tendency to translate everything into dollars.    It doesn't really work too well when you are talking about biospheres!

      But towards the end there is some even more interesting stuff.  From a capitalist,  the head of  a couple of clothing companies.  He argues that adding more bells and whistles to capitalism wont make it sustainable,   (Sort of like adding more eppi cycles to Ptolemaic astronomy ).   Time for a paradigm change?

Tompkins derides those who pin their hopes on technological developments in areas such as wind, solar and nuclear as coming from the smart resource management school, saying they fail to understand that this will not address the core issue, which is thatcapitalism is addicted to growth.
"Resource efficiency is the wrong metric," he says. "We should use nature as the measure, using nature's wisdom as a template for our economic systems."
"Capitalism doesn't function when it starts to contract and we can see that quite clearly right here in the eurozone. It's like pushing a giant monster underwater that's gasping for air. It goes nuts. Capitalism may have all sorts of things that are good, but ultimately it's bad for everyone."

     He believes most sustainability practitioners have made the mistake of spending their time creating strategies and projects, without taking the time to gain a deep understanding of how we got into a mess in the first place. As a result, they may end up doing more harm than good. "As we get sucked more and more into the technosphere, we become less and less capable of understanding it because it becomes a technological milieu that we're in," he warns.
"If you extinct all the biodiversity and we end up living on a sandheap with a Norwegian rat and some cockroaches, that doesn't have too much logic to it. That would show that our behaviour as a civilization today is to the pathological. But, if you make a systemic analysis, that's exactly where we're going."




Often, for some reason, when you want to make a simple point, before you know it it mushrooms into something much bigger. Like in this case, blasphemy. All I started out with was the notion that if we put a dollar value on something like an Arctic melt, or the extinction of species, we are making fundamental mistakes. Which invariably show in the way we reach the conclusions, presented as "scientific", that make us put such values on potential or already final events.
It may be getting increasingly hard to accept in our present worldview, but it's still true that not everything can be expressed in dollar terms. We may still find this to be obvious when we talk about losing our loved ones, our children, but other than that, there are hardly any questions raised when some individual or institution reports a $100 billion price tag for the loss of the bumble bee, or, the example that led me here, that a sudden Arctic "methane belch" could cost $60 trillion.
These reports come with such regularity these days that we have come to see them as normal. In reality what they depict is our loss of values, and a tendency towards moral bankruptcy. The problem in all this is that as long as we keep expressing the damage done by climate change, pollution or extinction in dollar terms, we have no chance of turning any of it around. Putting a dollar value on our very own destruction of our very own and sole habitat (which we share with all other species) carries with it an unspoken suggestion that there also must be a dollar value price tag we can put on halting the destruction, as well as undoing and repairing it. Which is, just like the original claim that an arctic melt would cost $60 trillion, the peak of absurdity.
But still, for 99% of people who read a headline with such numbers, their first reaction will be: that's a lot of money. If you are one of those people, you have some thinking to do. It makes no difference whatsoever what the financial cost is of an animal going extinct, or half the arctic melting. The fact that we increasingly tend to describe destruction in monetary terms is precisely why it will continue, since if a dollar value is all you have left, you might as well have no values.
What makes discussing these things blasphemous is that while you can't escape a critical look at how capitalism functions, in our world capitalism has taken on the role and characteristics of a religion, which typically rejects critical looks. You're not supposed to question it, and if you do anyway, before you know it you get to be Galileo. In the case of capitalism, if you dare criticize the prevailing system, you are a communist or a socialist. And like Galileo, a heretic.
From where I'm sitting, all the isms through history have led to the same result: a ruling elite and gagged masses. Most forms of Marxism promise those masses a voice in how their societies are structured, but few if any deliver. Our capitalistic societies call themselves democratic, but doubts about that are self-evident. When you only get to choose between options that are pre-selected by ruling classes, that's at best democracy between huge and thick brackets. Point in case: the masses don't tend to opt for a choice of rapidly increasing income inequality (which leaves them poorer), but it is what we experience. In short, capitalism leads where all other isms lead. People may claim that it's the least worst option, but that remains to be seen. Let it run its course, and then perhaps we can judge.
In any case, the pseudo science that comes up with the numbers mentioned above badly needs to be called to task and revealed for what it really is. So let's give it a shot.
Here's an article in New Scientist last week:

A sudden methane burp in the Arctic could set the world back a colossal $60 trillion. Billions of tonnes of the greenhouse gas methane are trapped just below the surface of the East Siberian Arctic shelf. Melting means the area is poised to deliver a giant gaseous belch at any moment - one that could bring global warming forward 35 years and cost the equivalent of almost a year's global GDP.
These are the conclusions of the first systematic analysis of the economic cost of Arctic melting, which delivers a sobering antidote to other, more upbeat assessments that say melting in this area would improve access to minerals on the ocean bed, increase fishing and create ice-free shipping lanes.
Previous work has estimated that more than a trillion tonnes of methane lie under the shelf, trapped inside lattices of ice known as hydrates, at depths as shallow as 20 metres. Concern about a possible eruption has grown since 2010, when research cruises over the shelf by Natalia Shakhova and Igor Semiletov, both now at the University of Alaska at Fairbanks, found plumes of methane as much as a kilometre wide bubbling to the surface.
The pair calculated that a release of 50 billion tonnes would be possible within a decade, through known areas of melting and geological faults. Since methane is a greenhouse gas 25 times as potent as carbon dioxide, such a scenario would trigger a "climate catastrophe", they say, increasing the methane content of the planet's atmosphere twelve-fold, and raising temperatures by 1.3C.
Now, environmental economist Chris Hope and Arctic Ocean specialist Peter Wadhams, both at the University of Cambridge, together with climate policy analyst Gail Whiteman of Erasmus University in Rotterdam, the Netherlands, have analysed the likely consequences of such a release occurring between 2015 and 2025. They did so by adding the extra emissions to an existing model used in the UK government's 2006 Stern Review, designed to assess the economic cost of coping with climate change between now and 2200.

There's so much wrong with this, where to begin? For starters, an environmental economist is not a scientist, since no economist is. Math and physics are sciences, since they deal in formulas and laws that can pass the fallibilty test. Economics deals with human behavior, which we don't know nearly enough about to formulate any such laws. The fact that papers like Nature and New Scientist publish this stuff anyway just goes to show where these publications have been heading for a while.
The entire piece is based on guesswork only, and that's not exactly scientific. To wit, the inevitable rebuttal in Live Science is just as credible:

A scientific controversy erupted this week over claims that methane trapped beneath the Arctic Ocean could suddenly escape, releasing huge quantities of methane, a greenhouse gas, in coming decades, with a huge cost to the global economy.
The issue being debated is this: Could the Arctic seafloor really fart out 50 billion tons of methane in the next few decades? In a commentary published in the journal Nature on Wednesday (July 24), researchers predicted that the rapid shrinking of Arctic sea ice would warm the Arctic Ocean, thawing permafrost beneath the East Siberian Sea and releasing methane gas trapped in the sediments. The big methane belch would come with a $60 trillion price tag, due to intensified global warming from the added methane in the atmosphere, the authors said.
But climate scientists and experts on methane hydrates, the compound that contains the methane, quickly shot down the methane-release scenario. "The paper says that their scenario is 'likely.' I strongly disagree," said Gavin Schmidt, a climate scientist at the NASA Goddard Institute for Space Studies in New York.

But I don't intend to get into such controversies; they just keep our eyes off the ball. Environmentalism tends towards too many of the faults of all isms already. We know that human activity, burning fossil fuels, and the use of energy in general, tends to raise CO2 levels, and we know that higher CO2 levels tend to raise temperatures, but that's about it. We're dealing with systems that exhibit such elevated complexity, we should be very careful about drawing conclusions. Far too many people blame a local heatwave or flood on climate change that may well be simple fluctuations in existing models, and that's just as counterproductive as denying the whole mechanism to begin with (that we raise CO2 levels and they, over time, tend to raise temperatures). We should all stick to science, to what we can prove, not what we wish to believe.
But that was not my point. I wanted to address a different fallacy: that of trying to put dollar values on - sections of - our destruction of the world we inhabit. Capitalism tends to express everything in dollars, and that's where it fails: it has no other values, and therefore might as well have none. If we convince ourselves to believe that the demise of the polar bear or the bumble bee or, for that matter, half the population of Bangla Desh, can be expressed in numbers or dollars, we lose all hope of understanding the issues involved, let alone doing anything to counter them.
Nor is that $60 trillion number the only one that's floating around. The Christian Science Monitor has this:

Research on threats to harp seals joins surging attention to the effects that melting in the Arctic will have not only on the wildlife there but on the entire planet. This week, a team of researchers found that, by 2030, the release of methane gas from just the melting Arctic ice is likely to accelerate the rise in temperatures to 3.6 degrees Fahrenheit above pre-industrial levels. That increase in temperatures would cost the world some $60 trillion in damages – a sum almost as large as the size of the entire global economy last year, which measured about $70 trillion. That number tacks on an additional cost of about 15% to the already $450 trillion that global warming is expected to cost the world.

Now people start to do the math in their heads: If we pay it off over a period of 10 years, or 20, or 100, 200, it doesn't look so bad, does it? The worst case scenario from that point of view is we could go temporarily bankrupt. But that's not very likely either, because our economists and central bankers seem to have found the solution to that: just watch the economy flourish in the wake of the banking crisis.
The problem is that while such discussions continue, the destruction continues too, and aggravates unabated. Which more pseudo scientists can then do more pseudo modeling for. None of it leads us anywhere but down. We need to take the discussion away from this nonsense, and put it on less shaky ground than blunt denial or fantasy number games. We don't even need to wonder what an environmental economist bases his figures on - though that could be pretty revealing -; we should figure out how people can even consider going this route. And that inevitably brings us back to religion.

A few quotes from finance journalist Cynthia Freeland's book "Plutocrats" put it into a clearer perspective. She cites Matthew Bishop, co-author of a book named "Philantro Capitalism", on the topic of people like Bill Gates, who "re-invent" philantropism (he labeled it “creative capitalism"), presenting what should at the very least raise serious questions, as something unequivocably positive:

"... in each era going back to the Middle Ages, the entrepreneurs have been among the people leading the response to the destruction caused by the economic processes that made them rich."

To my amazement, and I kid you not, both Freeland and Bishop leave no doubt that they find this a good thing. Which makes me think they must be either poor readers or religious zealots.

You saw it in the Middle Ages, you saw it with the Victorians, you saw it with Carnegie and Rockefeller. What is different is the scale. Business is global and so they are focusing on global problems. They are much more focused on how do they achieve a massive impact.

You see? It all tends towards the same theme: putting a dollar value on the destruction that made them rich. And then pay it off. And there's no way they would stop there either:

Marx famously observed that early generations of philosophers has sought to describe the world; he wanted to change it. Gates and his plutocratic peers are having a similarly dramatic impact on the world of charity. They don't want to fund the social sector, they want to transform it.
One example is their impact on education in America. With their focus on measurable results, Gates and his fellow education-focused billionaires have spearheaded a data-driven revolution. The first step was to put tests at the center of education, so that the output - student learning - could be measured.
The next step is to try to make the job of teaching more data -and incentive - driven. As Gates said in a speech in November 2010, "We have to figure out what makes the great teacher great." That effort includes videotaping teachers in the classroom and paying them based on how they perform".

Anyone thinking that what Gates' education efforts are aiming for is for people to learn NOT to do what he did to get rich? Yeah, me neither. All I can think is this guy is dangerous, like so many self-appointed high priests of so many religions are. I know his foundation saves some babies' lives in Africa, but does that balance out this megalomania? There's still more:

Strikingly, the ambition of the philantro-capitalists doesn't stop at transforming how charity works. They want to change how the state operates, too. These are men who have built their businesses by achieving the maximum impact with the minimum effort - either as financiers using leverage or as technologists using scale. They think of their charitable dollars in the same way. "our foundation tends to fund more of the up-front discovery work, and we're a partner in delivery, but governmental funding is the biggest," Gates told students at MIT on a visit there in April 2010."

If I may summarize: We should all want our children to emulate Bill Gates, so they will learn how to destroy things first and then pay off their guilt about it, preferably by buying up government influence. And feel good about it! Like they're the most worthy citizens of the earth that history has ever seen. If everything in our lives can be data-drivenly expressed in dollars, then Bill Gates must of necessity be right about all he says and does, because he has more dollars then just about anyone else.
It's hard to believe people allow their minds to go there (and still claim they love their children). Fortunately, just as I was starting to get really depressed about this, I read something that gave me back at least a glimmer of hope.
A July 11 interview in the Guardian paints a portrait of Doug Tompkins, a rich man by just about everyone's standards with the possible exception of Bill Gates. Tompkins, a good friend of Steve Jobs, clashed with the latter on issues that are very similar to those raised by Bill Gates' words. Tompkins became rich through the sale of the North Face and Esprit clothing brands, got out decades ago, and directs his efforts in different ways. He looks the much saner man.

It has become something of a mantra within the sustainability movement that innovations in technology can save the world. But rather than liberating us, Doug Tompkins, the cofounder of retail brands The North Face and Esprit, believes technology has enslaved us and is destroying the very health of the planet on which all species depend. Tompkins, 70 has used his enormous wealth from selling both companies to preserve more land than any other individual in history, spending more than £200m buying over two million acres of wilderness in Argentina and Chile.
He challenges the view that technology is extending democracy, arguing that it is concentrating even more power in the hands of a tiny elite. What troubles him the most is that the very social and environmental movements that should be challenging the destructive nature of mega-technologies, have instead fallen under their spell.
"We have been poor on doing the systemic analysis and especially in the area of technology criticism," says Tompkins [..] "Until we get better at that, I think we're cooked, we're going to continue to extinct species and we're going to continue to dig the hole deeper of the whole eco-social crisis.
Tompkins [and] his wife Kris, the former CEO of the outdoor clothing and equipment company Patagonia [..] have been instrumental in creating two huge nature reserves and are in the process of creating another one in the South American region of Patagonia, despite opposition within Latin America [..]
[..] ..they also fund numerous small activist NGOs, arguing that more established organisations such as WWF and Greenpeace have become too closely enmeshed with corporations. "When WWF started out, they were doing some good stuff," says Tompkins. "Now, they're burning up money like crazy and they don't really get too much done. "
Tompkins derides those who pin their hopes on technological developments in areas such as wind, solar and nuclear as coming from the smart resource management school, saying they fail to understand that this will not address the core issue, which is thatcapitalism is addicted to growth.
"Resource efficiency is the wrong metric," he says. "We should use nature as the measure, using nature's wisdom as a template for our economic systems."
"Capitalism doesn't function when it starts to contract and we can see that quite clearly right here in the eurozone. It's like pushing a giant monster underwater that's gasping for air. It goes nuts. Capitalism may have all sorts of things that are good, but ultimately it's bad for everyone."

He believes most sustainability practitioners have made the mistake of spending their time creating strategies and projects, without taking the time to gain a deep understanding of how we got into a mess in the first place. As a result, they may end up doing more harm than good. "As we get sucked more and more into the technosphere, we become less and less capable of understanding it because it becomes a technological milieu that we're in," he warns.
"If you extinct all the biodiversity and we end up living on a sandheap with a Norwegian rat and some cockroaches, that doesn't have too much logic to it. That would show that our behaviour as a civilization today is to the pathological. But, if you make a systemic analysis, that's exactly where we're going."

Tompkins recalls the Apple advertising campaign that highlighted the 1,001 great things that the PC was going to give to us and would tell Jobs that these represented a mere 5% of what the computer did while the other 95% was all negative and exacerbating the biodiversity crisis.
"He'd get mad at me when I'd tell him that," says Tompkins. "He was locked into a view that these technologies were going to bring all these good things. But that's typical of the purveyors of new technology. They're selling their product and their idea, and their prestige, their power and their influence. Their self-esteem is wrapped up in that. It's impossible for them to see it or to admit it, you see? Because, it pulls the rug out from underneath their purpose, especially when it's attached to a moral purpose."

Tompkins foresees a dark future dominated as he puts it by more ugliness, damaged landscapes, extinct species, extreme poverty, and lack of equity and says humanity faces a stark choice; either to transition now to a different system or face a painful collapse.
"Of course I'd prefer the transition, because a crash will be highly unpredictable," he says. "It could exacerbate something terrible."
"The extinction crisis is the mother of all crises. There will be no society, there will be no economy, there will be no art and culture on a dead planet basically. We've stopped evolution."

Now we're getting somewhere. Capitalism has nice traits, but it also has a built-in self-destruction mechanism: the demand for never ending growth. And that wouldn't be so bad, if that mechanism didn't also spell destruction for much of the planet is has been unleashed on. Spearheading education systems towards producing more Bill Gates clones in a sorcerer's apprentice fashion is definitely not the answer. Gates would do the world a lot more good if the curriculum were based on the exact opposite. But then, he just goes to proof that you don't have to be smart in a wider, "uomo universalis" kind of way, in order to get rich. In fact, you're more likely to succeed in that if your view is narrow.
The entire notion of being data-driven turns a society, bit by bit, into one that is controlled by numbers such at the $60 trillion or $450 trillion ones "calculated" for climate change damage, based on hollow guesswork derived from fake science that is devoid of any actual meaning. When Doug Tompkins says: "We have been poor on doing the systemic analysis and especially in the area of technology criticism", he advocates the opposite of what Bill Gates does, who would rather see only people just like himself, since he thinks he is a really great specimen. If you count the value of a human being in dollars, that may make sense, but it also leads to counting the value of everything else in dollars. And that's where the logic stops. Because you simply can't.
"Capitalism doesn't function when it starts to contract", as Tompkins puts it, is not even so much contested as it is flatly denied these days: every crisis is seen as but a springboard to the next high. To the true believers, a crisis is a sign that the system functions, and any contraction can only be temporary. But we can destroy, and we're actively doing it as we speak, more than we can rebuild, and that has nothing to do with how much money we have or how many technological advances we can yet produce.
We simply can't express our feelings, our love, our grief, our hope, in data or numbers. And no-one, not even Bill Gates, would dream of that. Techno-dreams involve robots that develop human features, like consciousness, grief and love, not humans developing into robots.
Capitalism, technology and the eternal progress they promise form a belief system increasingly built around the justification of the destruction we unleash on our world. And we need to question that belief.

Then again, I don't agree with Doug Tompkins that we have stopped evolution. Evolution, which is another word for life itself, is a force much grander than mankind. We are but an afterthought in the scheme of evolution. And if we don't fit that scheme, we will end up as just another one in a multi-billion years' series of billions of failed species. If we wish for our progeny to survive, we need to focus our efforts on understanding, not ignoring it. We are not bigger than life itself. At least that we should be able to agree on.


Photo top: Russell Lee The Law of God February 1939
"Child of migrant sitting by kitchen cabinet in tent home near Edinburg, Texas."

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Thursday, August 15, 2013

Bakkin the saddle again

I'm  BAAAACK!
   -Steven Tyler

You don't know how lucky you are boys
    - John Lenin


Greetings

     Well, lucky or not, it looks like tight oil will keep things going for a while longer.     Here's David Hughs take on it.

"My estimate last year showed a peak in the Bakken in 2017 at nearly one million b/d, if you drilled 2,000 wells per year. But that was based on the EIA’s 2012 estimate of just under 12,000 well locations. Given the new EIA estimates of well locations I think the Bakken could reach the 2020 time range before declining:"

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Q: When you add it all up, what’s the range you see for US production at a secondary peak from shale oil, and what’s the range as to when you anticipate that occurring?

A: If you believe the new estimates from the EIA in terms of available drilling locations in the Bakken and Eagle Ford—which I’ve discounted somewhat—I would see a tight-oil peak in the 2020 to 2022 time range. If you look at the background declines of other traditional sources of oil, the EIA could be fairly close with their 2019 estimate for a secondary peak of all US oil, though I wouldn’t be surprised if it’s sooner than that. I consider their estimates of well locations fairly optimistic. And their assumption that the EURs from those wells will remain constant going forward is unlikely to happen given that the best parts of plays are drilled first.
 


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So is peak oil dead?   Delayed anyway.

     The peakists predicted decline production and high prices.  The cornucopians predicted increasing production and low prices.  What we got  (so far) is increased production and higher prices .  I guess they were both sort of right.

      Peak oil didn't crash civilization, and it didn't save us from climate change.  For the time being we are on an undulating plateau, but at a much higher price.

      What have we learned?   One thing that sticks out to me - relative price trumps EROEI.  As long as natural gas is cheaper than oil , we'll see "solutions"  like corn based ethanol, tar sands, and the flaring gas while producing tight oil in the Bakkin.   Perhaps we'll even see Coal to Gas, or Kerogen to gas.

    The question now is more financial - "How much expensive oil can the economy afford?"     Because the cheap oil is just about gone

     ------------------

An Update on Peak Oil

—By 
| Sat Apr. 13, 2013 10:19 PM PDT

If you've been reading this blog regularly, you already know the basics about peak oil:
  • It's not a kooky conspiracy theory. The obsessively mainstream International Energy Agency, which refused to even acknowledge the possibility of peak oil for years,officially admitted it was real three years ago. Not only that, they even put a date on peak production of conventional oil: 2006. In other words, it's already happened.
  • The peak in conventional oil will be offset by new "unconventional" production: shale oil, tar sands, deepwater oil, and so forth. But that oil is both expensive and in limited supply. Shale oil has gotten immense publicity, but it's unlikely to ever get much above a production rate of 1 million barrels per day. That's 1 million out of a current global production of about 85 million (75 million barrels of crude oil and about 10 million barrels of petroleum liquids).
  • Other unconventional sources will add more to this, but unless there's some huge discovery of unconventional oil that we know nothing about, it's likely that we're already at or close to peak oil right now. New production of unconventional oil is only barely replacing declines in older, more mature fields, and decline rates in older fields are only going to get worse in the future.
Over at Wonkblog, Brad Plumer interviews energy analyst Chris Nelder about peak oil, and Nelder has this to say about unconventional oil:
BP: So what we're seeing is that the world can no longer increase its production of "easy" oil — many of those older fields are stagnant or declining. Instead, we're spending a lot of money to eke out additional production from hard, expensive sources like Alberta's tar sands or tight oil in North Dakota.
CN: Right, and that's entirely consistent with peak oil predictions, which said that extraction would plateau, that the decline in conventional oil fields would have to be made up by expensive unconventional oil. Right now, we're struggling to keep up with declines in mature oil fields — and that pace of decline is accelerating.
Mature OPEC fields are now declining at 5 to 6 percent per year, and non-OPEC fields are declining at 8 to 9 percent per year. Unconventional oil can't compensate for that decline rate for very long.
Even all the growth in U.S. tight oil from fracking, which has produced about 1 million barrels per day, hasn't been enough to overcome declines elsewhere outside of OPEC. Non-OPEC oil has been on a bumpy plateau since 2004.
There's more oil out there. But it's hard to find; expensive to extract; declines quickly; and is usually disappointing in volume (Nelder: "Anticipated production growth for tar sands has consistently failed to meet expectations, year after year after year. Ten years ago, tar sands production today was expected to be twice what it actually is."). We may or may not be quite at peak oil yet, but we're either there already or else very, very close. And either way, production costs of unconventional oil make it unlikely that oil will ever get much below $100 per barrel again. This makes it a significant restraint on global economic growth, and unless and until we make a huge switch to renewable energy, this will continue permanently. Any time you see a medium or long-term forecast of global growth that doesn't mention oil constraints, you should probably take it with a big grain of salt..

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