A retrospective muse about the present global challenges.
A few days back I posted an article by Tom Engelhardt called The Great American Carbon Bomb. It attracted a number of comments including a couple from Learning from Dogs supporter, Patrice Ayme. Here is one of those comments,
Dear Paul: There is a gentleman leading the Tour de France, right now. He was not given a chance, especially in the mountains. However, he has been going day by day, and has now worn the Yellow Jersey for more than a week, supported by his inferior, but dedicated team. His philosophy: humility, and do the job day by day, trying his best, although he strongly doubts that he is up to the task.
We, as humankind, or, rather, our hubristic leaders are doing the exact opposite. We are not doing our best, and it’s precisely because those leaders are not humble and not honest, and so very sure we are going to pull out OK, because that’s what we do best, and have always done, and thus will always do.
Verily all indicators are that of an unfolding catastrophe. All signals are loud and clear that way. So it’s really not the moment to say:”Oh, BTW, we are very resilient and totally great, so it’s just a matter of time before we put it all together OK. So now let’s all pull together, and it’s fine.”
In truth we are on the verge of an irreversible situation, as the CO2 poisoning will turn, within a decade or so, into a political, and then military issue.
PA
Patrice is an angry man (not a criticism by the way – so many of us are angry!) and anger is a great reason to find someone, something, anything, to blame! I suspect, wearing my cloak of an amateur psychologist, that a core reason why we feel anger is that, so often, the causes of our anger are our own errors. Anger at one’s self is much more difficult to deal with!
Anyway, back to the plot.
Like Patrice I also feel badly let down by our ‘leaders’. Especially with regard to the nightmare of economic and ecological issues fast approaching.
Then I read this in Paul Gilding’s book, The Great Disruption, that has been featured on this Blog a couple of times.
Our addiction to growth is a complex phenomenon, one that can’t be blamed on a single economic model or philosophy. It is not the fault of capitalism or Western democracy, and it is not a conspiracy of the global corporate sector or of the rich. It is not a bad idea that emerged in economics, and it is not the result of free market fundamentalism that emerged in the 1980s with globalization. While each of those factors is involved, it is too simple and convenient to blame any of them as the main driver. Growth goes to the core of the society we have built because it is the result of who we are and what we have decided to value. [Chapter 5, Addicted to Growth, p66]
That last half of that last sentence – ‘it is the result of who we are and what we have decided to value.‘ That strikes me as the core truth. It is the reason why Patrice, and me, and countless thousands of others across the globe, are so angry. At heart we all know that the circumstances we find ourselves in are, in great part and before we ‘saw the light’, the result of earlier personal values which we now know were not compatible with a sustainable relationship with the planet we all live on.
It is very good news. That anger is fuelling change. As Malcolm Gladwell writes in his book The Tipping Point societies change when something of the order of 18% of individuals emotionally commit to change.
There’s no question that when one stays very still and closely watches a dog’s behaviour you see an amazing level of awareness. Even when they appear to be deeply asleep anything sensed by their ‘being’ is registered immediately. A small tale, by way of example. Many years ago when Pharaoh and I lived in the Devon village of Harberton, we frequently shopped in the town of Totnes, just 3 miles away. Many times, I would be walking up the High Street with Pharaoh nicely to heel being passed by many people walking the opposite way on the same pavement.
Totnes High Street
Every once in a while, during the fraction of time that it took for someone to pass us by, Pharaoh would utter a low, throatal growl without even slowing his pace. I always presumed that something, way beyond my level of consciousness, had disturbed Pharaoh during that instant of time.
Real awareness, or if you prefer, consciousness is not some touchy/feely concept but a true understanding about just what the heck is going on.
So do watch the following video of Peter Russell discussing Rediscovering Ourselves; it’s very relevant.
Then have a read of a couple of items on Peter’s website. The first is about runaway climate change, and here’s an extract,
Runaway Climate Change
The most dangerous aspect of global warming.
Global Warming is bad enough. Over the last hundred years, average global temperatures have increased by 0.75°C, one third of that rise occurring in the last twenty years. The 2007 report by The Intergovernmental Panel of Climate Change (IPCC) forecast that, by 2090, temperatures will have risen between 2 and 6 degrees.
Even a two degree rise in temperature would be disastrous. Changes in climate will lead to more intense storms, longer periods of drought, crop failures in many developing countries, the destruction of nearly all the coral reefs, the melting of much of the polar ice, the flooding of many low-lying urban areas, the possible collapse of the Amazonian rain forest, and the extinction of 20-30% of the planet’s species. The IPCC projects that this could happen by 2050.
If the temperature were to rise by six degrees, the prognosis is extremely bleak. At this temperature, the entire planet will be ice-free. Sea levels will rise by 70 meters. Many species of tiny plankton will cease to exist, and the problem would echo up the food chain, bringing the extinction of many fish, sea mammals, and the largest whales. Much of the land will now be desert. Hurricanes of unimaginable ferocity will bring widespread ecological devastation. If, as is possible, the ozone layer were destroyed, the burning ultraviolet light could make life on land impossible. Evolution would have been set back a billion years. It would be a planetary catastrophe.
Read the rest of that essay here. Now on to the next extract, from here,
The Under-rated Approach to Carbon Reduction
As critical as it is to reduce future carbon emissions, it is equally critical, perhaps even more critical, to get much of the CO2 that as already been released—and which is responsible for the current warming—out of the atmosphere and back into the ground where it belongs.
This approach, known as carbon capture and sequestration, has until now been largely ignored, and for several reasons. The atmosphere is so huge, it would seem to be an impossible task. There are possible technologies, but they are not nearly so well-developed as alternative energy sources. Many are still only ideas on paper. Where technologies of carbon capture have been developed they are mostly for capturing CO2 from smokestacks. Valuable as this may be, it is still dealing with the problem of future carbon emissions. What we need are technologies that will remove from the atmosphere the carbon that we already emitted, and then sequestrate it (put it away) in a stable form.
It is to this end that Sir Richard Branson announced his $25 million prize (Virgin Earth Challenge) for technologies that could capture a billion tons of carbon a year from the atmosphere (about one tenth of what we now release each year). Nor is it just Richard Branson who believes we must make this an equally important approach to the problem. His team includes Al Gore, James Lovelock, Sir Crispin Tickell (former UK ambassador to the UN), and James Hansen, the head climate scientist at NASA).
Again, the full article, a ‘must-read, in my opinion, is here.
It is really about awareness! Dogs have so much to teach us!
William Rees discussing the disconnect between economics and ecology.
Yesterday, I wrote about Paul Gilding’s book The Great Disruption. In a sense today’s article continues the theme; the idea that the future is going to be very different to the past, indeed has to be if mankind is to have a viable future.
Dr. Bill Rees
Dr. William Rees is Professor at the University of British Columbia’s School of Community and Regional Planning. More details of Dr. Rees here.
The world economy is depleting the earth’s natural resources, and economists cling to models that make no reference whatsoever to the biophysical basis that underpins the economy. That’s why ecological economics is needed, says William Rees in this INET interview.
Standard economics portrays the economy as a circular flow: households pay money to firms in exchange for goods and services, and firms pay wages to households in exchange for labor. Textbooks describe this circular flow as self-perpetuating, capable of infinite expansion. William Rees argues that the textbooks get it wrong; he says the production of our goods and services depends on the extraction of material from ecosystems, causing resource depletion on the one hand, and excess pollution on the other.
William Rees, best known in ecological economics as the originator and co-developer of ‘ecological footprint analysis’, says the United States is using four or five times its fair share of the world’s total bio-capacity. In order to bring just the present world population up to the material standards enjoyed by North Americans, we would need the biophysical equivalent of about three additional planet earths.
There has been no time in history where income growth hasn’t been accompanied by increased material and energy consumption, Rees cautions. He says technologies exist that would enable us to enjoy our current lifestyles with perhaps as little as 20 percent of our current energy and material consumption, but we do not have the incentives in place to force that decoupling to take place.
Rees is as pessimistic on current culture and politics as he is optimistic on the technology. The global culture remains in denial, and people with vested interests in the status quo wield enormous power.
Want more from Dr. Rees? Over at the website West Coast Climate Equity is an eight-part series where Dr. Rees sets out the proposition that humanity’s survival depends on an 80% reduction in energy use.
Finally, on the Post Carbon Institute website there’s a link to an audio speech given by Dr. Rees summarised as follows.
Bill Rees speech to Vancouver World Federalist meeting on Radio Ecoshock Show
This is a speech by Dr. Bill Rees delivered April 15th at the World Federalist meeting in Vancouver. It goes a long way to explaining why we fail to act, even as the facts become clear and indisputable. He covers the three brain theory, the limits of evolution, memes, Peak Oil, and cultural myths, plus some thoughts on solutions – mostly contraction and convergence. Rees is one of the few academics more or less calling for a planned economic collapse.
The 53 minute speech is featured in this week’s Radio Ecoshock show, broadcast by 20 college and community radio stations in the U.S. and Canada, plus Green 960 AM in San Francisco.
I am about a third into Paul Gilding’s book The Great Disruption. It’s proving to be a very-thought provoking read that I will review in more detail over the coming weeks.
However, I just wanted to quote from the start of Chapter 5, Addicted to Growth,
Indeed, as argued by economist Kenneth Boulding: “Anyone who believes exponential growth can go on forever in a finite world is either a madman or an economist.”
Very little that can be argued about that statement. It rather puts into context a couple of items read recently. Both from the blogsite New Economic Perspectives. The first on June 10th by Stephanie Kelton,
Earlier this week, President Obama talked about the weakening state of the economy, telling us that he’s not worried about a double-dip recession and that the nation should “not panic.” It’s hard to imagine a more alarming assessment at this juncture.
The recovery is faltering. Our economy is growing at annual rate of just 1.8 percent. Manufacturing just grew at its slowest pace in 20 months. More than 44 million Americans – one in seven – rely on food stamps. Employers hired only 54,000 new workers in May, the lowest number in eight months. Jobless claims increased to 427,000 in the week ended June 4. The unemployment rate rose to 9.1 percent. Nearly half of all unemployed Americans have been without work for more than 6 months. About 25% of all teenagers who are looking for work are unemployed. Eight-and-a-half million Americans are underemployed – i.e. working part-time because their hours have been cut or because they can’t find full-time work. There are, on average, 4.6 unemployed people for every 1 job opening. And even if all the open positions were filled, there would still be 10.7 million people looking for work.
Today’s unemployment data suggests that we are experiencing something far worse than a mere “bump in the road”, as our President described it last month. In fact, if last month was the time to panic, as Stephanie Kelton argued here, then today’s data should create real palpitations in the White House. This isn’t just a “bump,” but a fully-fledged New York City style pot hole.
First the headline number everyone looks at: non-farm payrolls. Up 18,000 in June, the increase was 100,000 less than expectations. In addition the prior two month payroll increases were revised down by -44,000 overall. That’s weak – but not terrible.
Dig a bit deeper into the data and it looks absolutely awful: The household measure of employment fell by -445,000. Okay, it’s a noisy number. But, as Frank Veneroso has pointed out to me in an email correspondence, this measure of employment which is never revised now shows no employment growth over the last five months and very negative employment growth over the last three.
But it gets worse: The work week was down one tenth. Overtime was down one tenth. The labor participation rate at 64.1% was the lowest since 1984. The broad U6 unemployment rate rose from 15.8% to 16.2%. In other words, as Frank suggested to me this morning, “many other employment indicators in this report confirm the deep disappointment in the payroll series and the much more negative message of the household series.”
Now here’s the latest item published by Paul Gilding in his Blog, The Cockatoo Chronicles. (I have republished it in full, hopefully without upsetting Mr. Gilding – couldn’t see advice on reproduction – but copyright remains, of course, fully with Paul Gilding.)
Like a Grenade in a Glasshouse
June 29, 2011
It’s going to hit hard and it’s going to hurt – made worse because most aren’t expecting it. They think the world is slowly returning to our modern “normal” – steadily increasing growth, with occasional annoying but manageable interruptions. After all, the global recession wasn’t so bad was it? Sure there was pain and things got shaky but Governments responded, bailed out companies, stimulated economies, got things back on track. While it’s still a bit bumpy, Greek wobbles, US debt, extreme weather, high oil and food prices etc, it’ll work out. It always does….
If only it were so. In fact we are blindly walking towards the next in a series of inevitable system shaking and confidence sapping crises, deluded in the belief that the worst is behind us.
Each crisis will be a little worse than the last. Each one will shake our denial a little more. This is what happens when systems hit their limits. They don’t do so smoothly, but bump up against the wall, hitting hard, then bouncing off equally hard. It is the behaviour of a system trying to break through. But if the limits are solid, as is the case with our economic system hitting the limits of the planet – defined by unchangeable physical capacity and the laws of physics, chemistry and biology – then it can’t find its way through. So eventually, when the pain of hitting the wall gets too much, it stops.
Then it will hit. Like a grenade in a glasshouse, shattering denial and delusion and leaving it like a pile of broken glass on the floor of the old economic model. Then we’ll be ready for change.
I’ve been arguing the inevitability of this moment since 2005, mostly inside the business community. Before the 2008 financial crisis hit, the idea was almost universally rejected, with a belief in the indomitable power of globalised markets to overcome all challenges and keep growth on track. Most audiences believed that while markets always wobbled, they also always recovered. My suggestion, that this level of arrogance was the hallmark of empires before they fell, landed on deaf ears. They were the masters of the universe and markets and growth would always reign supreme.
Now the response is different. The financial crisis saw many break off from the pack and start to ask the difficult questions. I now find as I tour the world speaking about The Great Disruption to community gatherings, corporate executives and policy makers that minds are increasingly open. While not the dominant view, the previous confidence in the inevitably of growth has become shaky and the group asking the challenging questions is rapidly expanding.
As I argue in the book, the fundamental cause of what’s coming is resource constraint and environmental breakdown, which when combined with an overstretched financial system and high levels of debt puts unbearable tension into the global economy. While no one can know what event will pull the pin out of the grenade, the underlying pressures make that moment inevitable. Yes, the dominant commentary still blames each individual problem on unique circumstances, but the underlying systemic causes are clear for those who wish to look.
The continued level of denial still surprises me, especially given the pressures driving this are not esoteric and can be measured in clear economic indicators. A good example was recently published by one of the more interesting voices to join the growing chorus that we have a system-wide problem. The legendary contrarian and fund manager Jeremy Grantham is co-founder of the Boston based firm GMO, with over $100 billion of assets under management. So this guy is a solid capitalist and market advocate, pursuing wealth for the wealthy. But he sees the data and is raising the alarm, calling this moment “one of the giant inflection points in economic history” – referring to the end of a 100-year steady decline in commodity prices. His views were echoed by Stephen King, group chief economist at HSBC, who wrote in the FT: “After the biggest meltdown since the Great Depression, economic theory tells us that world commodity prices should not be this high. But they are and the West quickly needs to wake up to this new economic reality. Commodity prices are now permanently higher.”
Grantham provides the detail, pointing out that the 100 year trend of falling prices in the 33 most important commodities, except for oil, were wiped out with a price surge from 2002 to 2010 – a surge even greater than experienced in WW2. We have now reached what Grantham calls the Great Paradigm shift; not a price spike but a new reality. Within this new reality, Grantham says: “if we maintain our desperate focus on growth, we will run out of everything and crash.”
This is why hitting the wall is inevitable – because limits are not philosophies, they are limits. We can understand what to expect – and why the grenade will shatter the glasshouse of economic growth – by going back to how systems behave when they hit their limits. Our economic system first hit the wall in 2008 – that was when The Great Disruption began with food and oil prices hitting record highs and a credit crisis driven by reckless monetary policy pursuing growth at all costs. The resulting recession meant we backed away from those limits (bouncing off the wall), and then borrowed massive amounts of money from our children (think Greece) to try to get the economy moving again.
Now that the global economy is slowly entering a so-called “recovery”, the prices of commodities (representing our use of earth’s resources for food and materials) are on the way up, accelerated, in the case of food, by climate change. Of course if significant growth kicks in, the prices of oil, food and other commodities will surge, this timestarting from near record highs. Then we will bounce back into recession and prices will back off again. Hit the wall, bounce off. Hit the wall, bounce off. Ouch.
By itself this would pose enough of a challenge to growth. But now we also have the debt we used to get the economy moving again. This debt can only be paid off with significant economic growth – but such significant growth is impossible as outlined above. So the debt itself becomes an enormous additional tension in the system, as argued by Richard Heinberg in his important forthcoming book The End of Growth. With the global economy and ecosystem now both burdened by unmanageable debt, effective global default is only a matter of time.
So we’re living in a glass house with the grenade sitting there for all to see. Who knows what will pull the pin. It could be Greece, a Chinese food crisis, peak oil or any number of other triggers. But it’s coming.
The question to ask yourself is simple. Are you ready?
Back to Kenneth Boulding: “Anyone who believes exponential growth can go on forever in a finite world is either a madman or an economist.”
A powerful and insightful essay from Bill McKibben about our love affair with carbon-based energy.
Introduction
I subscribe to a number of Blogs and one of them is TomDispatch. Here’s how Tom describes what the writings are all about.
Tom Engelhardt launched Tomdispatch in November 2001 as an e-mail publication offering commentary and collected articles from the world press. In December 2002, it gained its name, became a project of The Nation Institute, and went online as “a regular antidote to the mainstream media.” The site now features Tom Engelhardt’s regular commentaries and the original work of authors ranging from Rebecca Solnit, Bill McKibben, and Mike Davis to Chalmers Johnson, Michael Klare, Adam Hochschild, Robert Lipsyte, and Elizabeth de la Vega. Nick Turse, who also writes for the site, is associate editor and research director.
Tomdispatch is intended to introduce readers to voices and perspectives from elsewhere (even when the elsewhere is here). Its mission is to connect some of the global dots regularly left unconnected by the mainstream media and to offer a clearer sense of how this imperial globe of ours actually works.
I read the TomDispatch essay from Bill McKibben on the 14th. It caught my eye, not only because of the power of Bill’s conclusions, but also because I was deeply impressed with Bill’s book ‘eaarth’, which I reviewed on Learning from Dogshere and here.
Tom Engelhardt has given written permission for that TomDispatch to be re-published in full on Learning from Dogs. It now follows.
First the introduction by Tom Engelhardt,
The Great American Carbon Bomb
These days, even ostriches suffer from heat waves. More than 1,000 of them reportedly died from overheating on South African farms during a 2010 drought. As for American ostriches, the human variety anyway, at the moment it should be increasingly hard for them to avoid extreme-weather news. After all, whether you’re in sweltering heat, staggering drought, a record fire season, or a massive flood zone, most of us are living through weird weather this year. And if you’re one of the lucky few not in an extreme-weather district of the USA, you still won’t have a problem running across hair-raising weather stories, ranging from the possible loss of one out of every ten species on this planet by century’s end to the increasing inability of the oceans to soak up more atmospheric carbon dioxide.
Then, of course, there are those other headlines. Here’s a typical one: “As Water Rises, Florida Officials Sit on Their Hands” (a former member of the just abolished Florida Energy and Climate Commission points out that, thanks to Republican governor Rick Scott and the legislature in the part of the country most vulnerable to rising sea levels, “there is no state entity addressing climate change and its impact”). And here’s another: “Economy Keeps Global Warming on the Back Burner for 2012” (American climate-change “skeptics” are celebrating because “the tide of the debate — at least politically — has turned in their favor” and “political experts say that… concerns over global warming won’t carry much weight in the 2012 election”). And then there are the polls indicating Americans are confused about the unanimity of the scientific consensus on climate change, surprisingly dismissive of global-warming dangers, worry less about it than they did a decade ago, and of major environmental issues, worry least about it.
It’s true, of course, that no weird-weather incident you experience can definitively be tied to climate change and other factors are involved. Still, are we a nation of overheating ostriches? It’s a reasonable enough conclusion, and in a sense, not so surprising. After all, how does anyone react upon discovering that his or her way of life is the crucial problem, that fossil fuels, which keep our civilization powered up and to which our existence is tethered, are playing havoc with the planet?
TomDispatch regular Bill McKibben, author most recently of Eaarth: Making a Life on a Tough New Planet, is a man deeply committed to transforming us from climate-change ostriches to climate-change eagles. Perhaps it’s time, he suggests, for the environmental movement to get one heck of a lot blunter. Tom
Here’s the essay from Bill,
Will North America Be the New Middle East?
It’s Yes or No For a Climate-Killing Oil Pipeline — and Obama Gets to Make the Call
By Bill McKibben
The climate problem has moved from the abstract to the very real in the last 18 months. Instead of charts and graphs about what will happen someday, we’ve got real-time video: first Russia burning, then Texas and Arizona on fire. First Pakistansuffered a deluge, then Queensland, Australia, went underwater, and this spring and summer, it’s the Midwest that’s flooding at historic levels.
The year 2010 saw the lowest volume of Arctic ice since scientists started to measure, more rainfall on land than any year in recorded history, and the lowest barometric pressure ever registered in the continental United States. Measured on a planetary scale, 2010 tied 2005 as the warmest year in history. Jeff Masters, probably the world’s most widely read meteorologist, calculated that the year featured the most extreme weather since at least 1816, when a giant volcano blew its top.
Since we’re the volcano now, and likely to keep blowing, here’s his prognosis: “The ever-increasing amounts of heat-trapping gases humans are emitting into the air put tremendous pressure on the climate system to shift to a new, radically different, warmer state, and the extreme weather of 2010-2011 suggests that the transition is already well underway.”
There’s another shift, too, and that’s in the response from climate-change activists. For the first two decades of the global-warming era, the suggested solutionsto the problem had been as abstract as the science that went with it: complicated schemes like the Kyoto Protocol, or the cap-and-trade agreement that died in Congress in 2010. These were attempts to solve the problem of climate change via complicated backstage maneuvers and manipulations of prices or regulations. They failed in large part because the fossil-fuel industry managed, at every turn, to dilute or defang them.
Clearly the current Congress is in no mood for real regulation, so — for the moment anyway — the complicated planning is being replaced by a simpler rallying cry. When it comes to coal, oil, and natural gas, the new mantra of activists is simple, straightforward, and hard to defang: Keep it in the ground!
Two weeks ago, for instance, a few veteran environmentalists, myself included, issued a call for protest against Canada’s plans to massively expand oil imports from the tar sands regions of Alberta. We set up a new website, tarsandsaction.org, and judging from the early response, it could result in the largest civil disobedience actions in the climate-change movement’s history on this continent, as hundreds, possibly thousands, of concerned activists converge on the White House in August. They’ll risk arrest to demand something simple and concrete from President Obama: that he refuse to grant a license for Keystone XL, a new pipeline from Alberta to the Gulf of Mexico that would vastly increase the flow of tar sands oil through the U.S., ensuring that the exploitation of Alberta’s tar sands will only increase.
Forget the abstract and consider the down-and-dirty instead. You can undoubtedly guess some of the reasons for opposition to such a pipeline. It’s wrecking native lands in Canada, and potential spills from that pipeline could pollute some of the most important ranchlands and aquifers in America. (Last week’s Yellowstone River spill was seen by many as a sign of what to expect.)
There’s an even bigger reason to oppose the pipeline, one that should be on the minds of even those of us who live thousands of miles away: Alberta’s tar sands are the continent’s biggest carbon bomb. Indeed, they’re the second largest pool of carbon on planet Earth, following only Saudi Arabia’s slowly dwindling oilfields.
If you could burn all the oil in those tar sands, you’d run the atmosphere’s concentration of carbon dioxide from its current 390 parts per million (enough to cause the climate havoc we’re currently seeing) to nearly 600 parts per million, which would mean if not hell, then at least a world with a similar temperature. It won’t happen overnight, thank God, but according to the planet’s most important climatologist, James Hansen, burning even a substantial portion of that oil would mean it was “essentially game over” for the climate of this planet.
Halting that pipeline wouldn’t solve all tar sands problems. The Canadians will keep trying to get it out to market, but it would definitely ensure that more of that oil will stay in the ground longer and that, at least, would be a start. Even better, the politics of it are simple. For once, the Republican majority in the House of Representatives can’t get in the way. The president alone decides if the pipeline is “in the national interest.” There are, however, already worrisome signs within the Obama administration. Just this week, based on a State Department cable released by WikiLeaks, Neela Banerjee of the Los Angeles Timesreported that, in 2009, the State Department’s “energy envoy” was already instructing Alberta’s fossil-fuel barons in how to improve their “oil sands messaging,” including “increasing visibility and accessibility of more positive news stories.” This is the government version of Murdochian-style enviro-hacking, and it leads many to think that the new pipeline is already a done deal.
Still, the president can say no. If he does, then no pipeline — and in the words of Alberta’s oil minister, his province will be “landlocked in bitumen” (the basic substance from which tar-sands oil is extracted). Even energy-hungry China, eager as it is for new sources of fossil fuels, may not be able to save him, since native tribes are doing a remarkable job of blocking another proposed pipeline to the Canadian Pacific. Oil, oil everywhere, and nary a drop to sell. (Unfortunately that’s not quite true, but at least there won’t be a big new straw in this milkshake.)
An Obama thumbs-down on the pipeline could change the economics of the tar sands in striking ways. “Unless we get increased [market] access, like with Keystone XL, we’re going to be stuck,” said Ralph Glass, an economist and vice-president at AJM Petroleum Consultants in Calgary.
Faced with that prospect, Canada’s oilmen are growing desperate. Earlier this month, in a classic sleight of hand, they announced plans for a giant “carbon capture and sequestration” scheme at the tar sands. That’s because when it comes to global warming, tar sands oil is even worse than, say, Saudi oil because it’s a tarry muck, not a liquid, and so you have to burn a lot of natural gas to make it flow in the first place.
Now, the oil industry is proposing to capture some of the extra carbon from that cooking process and store it underground. This is an untested method, and the accounting scheme Alberta has adopted for it may actually increase the province’s emmissions. Even if it turns out to work perfectly and captures the carbon from that natural gas that would have escaped into the atmosphere, the oil they’re proposing to ship south for use in our gas tanks would still be exactly as bad for the atmosphere as Saudi crude. In other words, in the long run it would still be “essentially game over” for the climate.
The Saudis, of course, built their oil empire long before we knew that there was anything wrong with burning oil. The Canadians — with American help, if Obama obliges the oil lobby — are building theirs in the teeth of the greatest threat the world has ever faced. We can’t unbuild those Saudi Arabian fields, though happily their supplies are starting to slowly dwindle. What we can still do, though, is prevent North America from becoming the next Middle East.
So there will be a battle, and there will be nothing complicated or abstract about it. It will be based on one question: Does that carbon stay in the earth, or does it pour into the atmosphere? Given the trillions of dollars at stake it will be a hard fight, and there’s no guarantee of victory. But at least there’s no fog here, no maze of technicalities.
The last climate bill, the one the Senate punted on, was thousands of pages long. This time there’s a single sheet of paper, which Obama signs… or not.
Guess what I read about on the BBC News website on the 15th, the day that I put this article together? I read about a fabulous new ship about to start construction at the Samsung Heavy Industries shipyard in South Korea. When launched and loaded, at 600,000 tonnes, it will be the world’s largest ship. Wow that’s impressive!
Now read here as to what is the purpose of this ‘ship’. Here’s a flavour of that BBC news item,
Shell has unveiled plans to build the world’s first floating liquefied natural gas (FLNG) platform. The 600,000-tonne behemoth – the world’s biggest “ship” – will be sited off the coast of Australia. But how will it work?
Deep beneath the world’s oceans are huge reservoirs of natural gas. Some are hundreds or thousands of miles from land, or from the nearest pipeline.
Tapping into these “stranded gas” resources has been impossible – until now.
At Samsung Heavy Industries’ shipyard on Geoje Island in South Korea, work is about to start on a “ship” that, when finished and fully loaded, will weigh 600,000 tonnes.
That is six times as much as the biggest US aircraft carrier.
By 2017 the vessel should be anchored off the north coast of Australia, where it will be used to harvest natural gas from Shell’s Prelude field.
Yes, it’s more technology to enable us to use more carbon! As the article (just) touches on,
But there has been opposition from environmentalists. Martin Pritchard from Environs Kimberley says he is concerned about the potential for “oil leaks and spills”.
WWF Western Australia, [my inserted link, Ed.] meanwhile, argues that the underwater wellheads and pipelines will harm the tropical marine environment, and estimates the project will emit more than two million tonnes of greenhouse gases per year.
Sort of reminds me of that old Devonshire saying (and you need to imagine hearing it in that wonderful dialect that just still exists in this far part of SW England)
“All the world’s a little queer except thee and me …. and I have me doubts about thee!”
Please watch this! It ‘s amazing, beautiful, and may take your breath away.
These are the words that John H., from here in Payson wrote, when he sent me the email that included the following video. Thanks John.
Here’s that video, Saving Valentina,
Now, while you are still ‘out there’ with the whales, go here and read,
Protecting blue whales along the California coast
The Great Whale Conservancy (GWC) Blue Whale Protection Program
Our Goal
To protect blue whales along the California coast from ship-strike caused injuries and death.
The Facts
The blue whale is the largest animal species to have ever inhabited the Earth. The global population prior to human predation has been estimated at 350,000 individuals. Today that number is ~10,000. Blue whales inhabit every ocean but one of the largest subpopulations is the Northeast Pacific group. These whales transit four favored areas: the California Bight (south of Point Conception,) the west coast of Baja California, the Sea of Cortez, and the Costa Rica Dome. By far the largest number of blue whales congregates in the California Bight between June and October where food availability is very high. This area is also one of the world’s busiest shipping lanes, with over 6000 cargo ships/year transiting the Santa Barbara Channel to and from the ports of Los Angeles and Long Beach.
The Problem
Blue whales are most vulnerable to strikes by cargo ships, tankers, cruise ships, and other large vessels at night while feeding on krill, transiting, or resting. During the day krill descend hundreds of feet into the water column, but every evening the whale’s photosensitive prey re-concentrate near the surface. The whales follow the krill back to the dark surface waters, and may not react quickly enough to avoid the large ships. A ship collision usually ends in injury or death for these giants of the seas. The documented number of blue whales killed by ships along the coast of California has been as high as 5 whales in a year. The actual number of mortalities is unknown and is suspected to be many times higher because blue whales are negatively buoyant – they sink when they die. The total number of ship-strike kills represents a survival threat to this subgroup and the worldwide population.
The Solution
Despite their size, California’s blue whales are for the most part unseen, which to a great degree is why they remain unprotected. The GWC will utilize media-generating tools such as web-based videos and public presentations and actions involving life-size blue whale floats to inform the public, focus attention on state and federal agencies and ship owners, and force a strengthening of the rules and operational policies for vessels transiting critical blue whale habitat. We will not turn the corner on this issue until the general public becomes aware of the problem and begins to “speak for the whales.” We must succeed – it would truly be a tragedy to lose this magnificent species forever.
It took decades to institute strong protections, including adjusted shipping lanes, ship speeds, and the establishment of protected areas for North Atlantic right whales, despite 60 years of “protected status” and the knowledge that 1/3 of the known mortalities every year resulted from ship strikes. The survival of the right whale population still hangs by a thread. We can’t afford to negotiate for decades on protecting blue whales in the Pacific.
Learning from Dogs first saw the light of day two years ago.
It all started on July 15th, 2009, during a very hot summer down in San Carlos, Mexico where I was first living with Jean.
Now, some 1,000 posts later life is very different. Jean and I are now married and living incredibly happily, with our twelve dogs and six cats, in Payson, Arizona, some 80 miles NE of Phoenix, up at 5,000 feet on the fringe of the world’s largest Ponderosa Pine forest.
Ponderosa pine forest
So apologies if today’s Post is partly reflective on the last two years. It also seems appropriate to revisit the reasons why so many articles on the Blog aren’t about dogs.
I feel the need to do that because the number of new readers now is just staggering.
The first full month was August 2009. Wordpress stats reveal that there were 1,172 unique viewers of the Blog. The last full month was, of course, June 2011. Wordpress figures were 31,664 unique viewers! That’s over a 1,000 viewers a day, and the trend is still upwards!
I am, of course, deeply moved by this response. Thank you, one and all!
In writing Learning from Dogs, I have tried to stay close to the theme that dogs are a metaphor for change for mankind. But that doesn’t mean that this is a doggy Blog.
As I wrote on the Welcome page, “Dogs live in the present – they just are! Dogs make the best of each moment uncluttered by the sorts of complex fears and feelings that we humans have. They don’t judge, they simply take the world around them at face value.”
Learning from Dogs is a Blog about the fundamental truths that we need to be reminded of, for our long-term survival. Dogs teach us the importance of integrity, of faith and loyalty and of unconditional love.
But just as importantly, dogs are a reminder that our evolution to Neolithic man may have been an evolutionary mistake. Stay with me for just a while.
Dogs were domesticated a mind-numbing number of years ago. There is good evidence that dogs were co-operating with man 30,000 years ago. However, one might speculate why the DNA of the dog separated from the grey wolf approximately 100,000 years ago. Was it because they evolved even that far back as domesticated companions to man? Science can’t tell us that yet.
But 30,000 years ago man was most definitely a hunter-gatherer. Archaeologists have pondered whether the domesticated dog allowed man to be so successful as a hunter-gatherer that, in time, man was able to evolve into farming which, of course, we describe more accurately as the Neolithic Revolution.
The “Neolithic” Revolution is the first agricultural revolution—the transition from hunting and gathering to agriculture and settlement. Archaeological data indicate that various forms of domestication of plants and animals arose independently in six separate locales worldwide ca. 10,000–7000 years BP (8,000–5000 BC), with the earliest known evidence found throughout the tropical and subtropical areas of southwestern and southern Asia, northern and central Africa and Central America.
However, the Neolithic Revolution involved far more than the adoption of a limited set of food-producing techniques. During the next millennia it would transform the small and mobile groups of hunter-gatherers that had hitherto dominated human history, into sedentary societies based in built-up villages and towns, which radically modified their natural environment by means of specialized food-crop cultivation (e.g., irrigation and food storage technologies) that allowed extensive surplus food production.
These developments provided the basis for concentrated high population densities settlements, specialized and complex labor diversification, trading economies, the development of non-portable art, architecture, and culture, centralized administrations and political structures, hierarchical ideologies and depersonalized systems of knowledge (e.g., property regimes and writing).
There’s one sentence that just jumps off the ‘page’. It’s this one. “During the next millennia it would transform the small and mobile groups of hunter-gatherers that had hitherto dominated human history”
Here’s a quick bit of history about Homo Sapiens, from here,
Neanderthal man: from 230,000 years ago
Around 250,000 years ago Homo erectus disappears from the fossil record, to be followed in the Middle Palaeolithic period by humans with brains which again have increased in size. They are the first to be placed within the same genus as ourselves, as Homo sapiens(‘knowing man’).
By far the best known of them is Neanderthal man — named from the first fossil remains to be discovered, in 1856, in the Neander valley near Dusseldorf, in Germany. The scientific name of this subspecies is Homo sapiens neanderthalensis. The Neanderthals are widely spread through Europe and the Middle East, and they thrive for an extremely long period (from about 230,000 to 35,000 years ago). Bones of animals of all sizes, up to bison and mammoth, and sophisticated stone tools are found with their remains.
Thus as a species we, as in H. sapiens, survived for approximately 200,000 years as hunter-gatherers!
Now after just 12,000 years, give or take, as ‘farmers’ we are facing the real risk of extinction. Go back to that WikiPedia extract above and re-read “concentrated high population densities settlements, specialized and complex labor diversification, trading economies, the development of non-portable art, architecture, and culture, centralized administrations and political structures, hierarchical ideologies and depersonalized systems of knowledge (e.g., property regimes and writing)“.
If you want to fully comprehend the mess we, as in man, have got ourselves into, then watch the stunning movie What a Way To Go: life at the end of the empire. That movie website is here or you can watch it from here. (I will be reviewing the film on Learning from Dogs in the next couple of weeks.)
The filmmakers, Tim Bennett and Sally Erickson, towards the end of the film muse if mankind must go back to some form of hunter-gatherer society, not literally, of course, but ‘back’ to a form of society that is fundamentally sustainable with the world upon which we live. As successful as Neanderthal man. Here’s where dogs may have critically important lessons for mankind.
Dogs form small packs, up to a maximum of 50 animals
They have a simple hierarchy within the pack; the alpha female (who has first choice of breeding male and makes the very big decisions about whether the pack should move to a better territory), the beta male (always a dominant male that teaches the young pups their social skills and breaks up fights within the pack – my Pharaoh, as seen on the home page, is a beta GSD), and the omega dog (the clown dog, male or female. whose role is to keep the pack happy through play).
They survive through an extraordinary relationship with humans but if they have to revert to the ‘wild’ they survive as hunter-gatherers.
Maybe humans, at heart, also share certain similar characteristics:
We are happiest in social groups of less than 50
We much prefer simple methods of group order, where rules and discipline are managed within the group. (Think about how easily we form all sorts of local clubs and groups.)
A ‘local’ approach to survival through deep and extensive group co-operation would be so much more effective than what most of us presently experience in our societies.
That’s why so many of the articles that appear on Learning from Dogs focus on the madness of what we experience so often in our present enormous, faceless, distant societies.
Back to Sally Erickson, one of the film makers mentioned earlier. Here’s what she wrote in her Blog
Our world is in need of healing at every level. We as a species aren’t going to survive, the way we are going. If we don’t heal ourselves, evolve a new consciousness, and fundamentally change the way we live, human beings won’t make it.
Where’s it all heading? Who knows? I am reminded of that wonderful quote attributed to Niels Bohr but, more likely, from an unknown author (although Mark Twain is often suggested), “Prediction is very difficult, especially about the future.”
Happy Birthday, Learning from Dogs. Thank you to all of you that have supported this venture over the last two years.
Herman Daly, Ph.D, makes some very powerful points at his keynote address to the AMS workshop on Federal Climate Policy, 13th November, 2007.
Note: This video is only the first 8 minutes from what is clearly a longer address. I have struggled to find the subsequent parts of this address, although there appear to be other versions of the address on YouTube. However, the points raised in these first few minutes are compelling,
Complexity stifles policy
The danger of overwhelming the decision of what to do now
Leave it until it’s perfectly clear and the likelihood is that it will be too late
Enjoy this most stimulating speech.
If you are stimulated to dig a little deeper into Hermon E. Daly here are some snippets I came across.
Herman Daly’s Ecological Economics – An Introductory Note
By John Attarian
Mainstream opinion has it that economic growth, the democratization of affluence, and ever-increasing consumption are the formula for individual and social happiness. A thoughtful and well-informed minority emphatically disagrees. Few have contributed more to this dissent than Herman E. Daly, widely regarded as the founding father of ecological economics.
Born in 1938, Daly earned his B.A. at Rice University (1960) and Ph.D. at Vanderbilt University (1967). From 1968 to 1988 he taught economics at Louisiana State University. Then he served as Senior Economist in the World Bank’s Environmental Department until 1994, when he became a professor at the University of Maryland’s School of Public Affairs, his current position.
As a graduate student, Daly believed that growth would solve mankind’s problems, but three experiences radically transformed his outlook. He studied under the economist Nicholas Georgescu-Roegen (1906-1994), whose book The Entropy Law and the Economic Process (1971) explained the decisive economic importance of the second law of thermodynamics (the entropy law) in a closed system, the availability of useful energy always declines. Georgescu-Roegen argued that the economic process transforms natural resources into waste — that is, transforms matter-energy from a state of low entropy into a state of high entropy. Georgescu-Roegen’s great contribution, Daly observes, was “reuniting economics with its biophysical foundations.” Teaching in Brazil in the late 1960s, Daly observed explosive population growth firsthand. Reading Rachel Carson’s Silent Spring was also influential.
Wrong to publish more but if this catches your eye, then the full article is here. Oh, perhaps I can just include the last two paragraphs of John Attarian’s fine piece ….
Daly co-founded the scholarly journal Ecological Economics in 1989 and still serves as an associate editor. His thought is slowly attracting appreciative notice, and some honors have come his way. For the Common Good won the 1991 Grawenmeyer Award for Ideas for Improving World Order, and in 1996 Daly received the Honorary Right Livelihood Award and the Royal Netherlands Academy of Arts and Sciences Heineken Prize for Environmental Science.
Integrating theology, ethics, science, and economics, Daly’s ecological economics is the kind of comprehensive vision we too seldom see, and one of the most important and promising intellectual developments of our time. Our selection of Daly’s works is a concise yet comprehensive introduction to his thought. May he find the audience he deserves.
More on the many and varied approaches to this complex subject. Again, a long piece which, dear reader, I hope you will stay with.
As I wrote in response to Per Kurowski’s comment on yesterday’s Part One of this article, ” I am reminded of the saying that in war the first casualty is truth. It ‘feels’a lot like that in this scenario.”
Part Two isn’t attempting to indicate the truth, just the many opinions out there.
First, let me quote an email that Patrice sent to me late last night,
Hi Paul!
I think that the propaganda from the fossil fuel and other feudal plutocracies have confused the issue. The primary problem is not “climate change” (aka planetary heating/broiling).I am not confused, because it’s NOT about climate change. Climate change is a second order effect. It may, or may not happen, short term.
The gist of my essay is that climate change will NOT happen, short term, if the sun cools down spectacularly, as it did TWICE in the last five centuries (~ Little Ice Age).
The way to look at things correctly, thus, is CO2 POISONING. Even if the sun cooled down spectacularly, as I emphasized, the ACIDIFICATION of the oceans would proceed unabated. After killing the oceans, if the sun goes back to normal, the greenhouse would rebound enormously.
Although I did not speak of it in that particular essay, we now know the rate of CO2 in the atmosphere, through shell formation in the ocean, for at least 20 million years (and soon at least 100 million; the method should work for half a billion years!). Thus we know the level of CO2 equivalent is the highest in 20 million years (although some have claimed that transitory fluxes much higher than that have occured, from volcanoes; that would not be a problem, as a high flux does not allow storage in the oceans!)
Feel free to quote from this, I just thought of this formulation now, and it may help clarify matters (and it is clearly the idea of the essay). BTW, let me emphasize that my essay explains why FLOODING, by no means certain on a proxymal massive scale, is, however a clear possibility. London under water seems even a near certainty on the scale of a century (but for enormous works, requiring huge energy!)
Patrice
OK, a useful footnote to yesterday’s piece. But then if one goes back to Patrice’s original article on his Blog on 31st May, 2009 and reads the comments, you find this, (and I’m going to quote entirely from Mr Day’s comments).
Barry Day says
(QUOTE)What does this mean? We should be cooling down, because the sun’s output has been going down as much as an astounding 6% in some frequencies. But, nevertheless, the lower troposphere has been warming up (END QUOTE)
Ever heard of lag?
“New data show that the balance between the airborne and the absorbed fraction of carbon dioxide has stayed approximately constant since 1850, despite emissions of carbon dioxide having risen from about 2 billion tons a year in 1850 to 35 billion tons a year now.”
“This suggests that terrestrial ecosystems and the oceans have a much greater capacity to absorb CO2 than had been previously expected.” From Pysorg.com of November 10th, 2009.
“Apart from the “long-term” trends shown above, which show an ongoing persistent increase, it is perhaps more stark to record that earthquakes across the planet show a marked increase in activity since 1997. There are more major earthquakes occurring now, and this on an ever more frequent basis.”
“A total of 1,085 earthquakes measuring magnitude 6 or greater occurred between 1980 to 1989, averaging 109 per year over the decade. In the 1990s the decadal total increased to 1,492 averaging at 149 major earthquake per year over the period.
Since January 1, 2000 [ see table below for the date and time] a total of 1,438 major earthquakes have so far occurred worldwide raising the annual total over the last 9 years to 160 with more than 12 and a half months to go to the decade’s end.
The increase from 109 to 160 major earthquakes per year in the 1980 to 2008 period translates to a rise of 47 percent in just under three decades.” [This reference is dated December 13th, 2008, before the Japanese earthquake, Ed.]
The Barry Day goes on to highlight these references,
Abstract
The United Nations Intergovernmental Panel on Climate Change (IPCC) released its Fourth Assessment Report (AR4) in 2007. Here we show that the accurate value for climate sensitivity is 0.277 K/(W/m^2), which is 3 times smaller than the generally accepted value of 0.8 K/(W/m^2). Thus the climate change on doubling CO2 from 300 ppm to 600 ppm will be 1.0 degree, not 3 degrees. Because the IPCC data show that doubling CO2 will not double absorption of infrared radiation, the Beer-Lambert law is not being followed, because of diminishing returns after more-than-50% absorption.
[This is an extremely difficult essay for a non-scientist to follow. All I can do is to include the source of the article, as below, Ed.]
This article by Roger Taguchi, 234 Knox Crescent, Ottawa, Ontario, Canada K1G 0K8, e-mail address rtaguchi@sympatico.ca, was posted on Monday Aug. 31, 2009.
Then just a small selection from other items posted by Barry (to see the full extent of Barry’s comments, do go to Patrice’s original post here).
Scientists stumble across huge underwater mountain 29 May 09 – Marine scientists have discovered a massive underwater volcano off Indonesia’s western coast. The 4,600m (15,000ft) mountain spans 30 miles at its base, with its summit some 1,300 meters below the surface. Its discovery was “completely unexpected.”
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Galapagos volcano erupts – lava flowing into the ocean 12 Apr 09 – Again, we have 2,150-degree lava pouring into the ocean – ten times the boiling point – and we keep blaming humans for heating the seas.
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Underwater volcano building new mountain 7 May 09 – “An active underwater volcano near the island of Guam erupts so frequently that it has built a new cone 131ft high (13 stories) and 984ft wide in just three years.
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Undersea volcanic eruption in Tonga heating the water? 19 Mar 09 – Sea Surface Temperature (SST) maps show a warm anomaly in the Tonga that extends off to the east. Is that a result of the underwater volcano, or just a coincidence?
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Underwater volcano erupts off Tonga 19 Mar 09 – Spectacular columns of steam and smoke spewed out of the seaabout 6 miles (10 km) from the main island of Tongatapu – an area where up to36 undersea volcanoes are clustered. Large
amounts of pumice from the volcanowill likely clog beaches on the southern coast of nearby Fiji islands shortly.
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Global warming may be caused by underwater volcanoes (Which I’ve been saying for years) 8 Dec 08 – A new study shows that the rise in land temperatures can be tied directly to increased heat and humidity coming from warmer oceans, which in turn may be caused solely by natural forces, including underwater volcanoes.
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Ocean Floor Geysers Warming The Seas (And we wonder why the oceans are warming) 22 Sep 08 – “It’s like finding Old Faithful in Illinois. When we went out to try to get a feel for how much heat was coming from the ocean floor and
how much sea water might be moving through it, we found that there was much more heat than we expected at the outcrops.”
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Geothermal heat may be melting the Greenland glaciers Nov 2007 – “Hansen’s model is wrong! In reality, the Greenland and Antarctic ice sheets occupy deep basins, and cannot slide down a plane. Furthermore glacial flow depends on stress as well as temperature, and much of the ice sheets are well below melting point.
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World’s deepest chain of undersea volcanoes to be explored 1 Sep 08 — Scientists at the National Oceanography Centre are set to explore the world’s deepest undersea volcanoes five kilometers beneath the Caribbean.
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‘Black smokers’ found in Arctic Ocean 4 Aug 08 – Jets of searingly hot water spewing up from the sea floor have been discovered in a far-northern zone of the Arctic Ocean, Swiss-based scientists announced Monday.
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Boiling Hot Water Found in Frigid Arctic Sea 24 Jul 08 – “Many miles inside the Arctic Circle, scientists have found
vents of scalding liquid rising out of the seafloor at temperatures that are more than twice the boiling point of water.
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Undersea volcanic activity blamed for mass extinction 93 million years ago 16 Jul 08 – Researchers from the University of Alberta, Canada, find evidence of underwater volcanism in rocks dating to a mass extinction 93 million years ago.
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Huge Underwater Volcanoes in the Arctic Ocean, but scientists see no significant connection to melting ice? 27 Jun 08 – The eruptions discharge large amounts of carbon dioxide, helium, trace metals and heat into the water over long distances, but scientists see no significant connection to melting ice.
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Giant Undersea Volcano Found Off Iceland (And we wonder why the oceans are warming) 22 Apr 08 – It’s an active volcano that rises about 3,300 feet (1,000 meters) above the surrounding sections, coming within 1,300 feet (400 meters) of the surface.
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Hawaiian volcano pumping more lava than usual into the ocean 5 Jul 08 – The Hawaiian Volcano Observatory said Saturday that Hawaii’s Kilauea volcano is pumping more lava than usual into the ocean.
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Magma May Be Melting Greenland Ice
18 Dec 07 – I added another article to this posting
13 Dec 07 – Scientists have found at least one natural-magma hotspot under the Greenland Ice Sheet where heat from Earth’s insides could seep through,
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Arctic seabed afire with lava-spewing volcanoes 25 Jun 08 – Red-hot magma has been rising from deep inside the earth
and blown the tops off dozens of submarine volcanoes, four kilometers below the ice. And we wonder what is melting the ice.
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Underwater Volcanic Eruptions, Not Meteor, May Have Killed Dinosaurs New discovery validates theories in Not by Fire but by Ice 30 Oct 07 – “A series of monumental volcanic eruptions in India may have killed the dinosaurs 65 million years ago, not a meteor impact in the Gulf of Mexico.
Then Barry adds another comment,
We’ve forgotten that this isn’t the first time our seas have warmed. Sea temperatures also shot upward 10º to 18ºF just prior to the last ice age.
As the oceans warmed, evaporation increased. The excess moisture then fell to the ground as giant blizzards, giant storms and floods (Noah’s Deluge type floods), and a new ice age began.
The same thing is happening today.
It’s not global warming, it’s ocean warming, and humans have nothing to do with it. Our seas are being heated, I believe, by underwater volcanism. Here’s why:
We are living in a period of vastly increased volcanism, said Dixy Lee Ray in her 1993 book Environmental Overkill, the greatest in 500 years. Eighty percent of all volcanism (say experts at NOAA) occurs underwater. Therefore, underwater volcanism should also be the greatest in 500 years.
Our seas, heated by underwater volcanism, are leading us directly into the next ice age . . . and we don’t even know it.
That’s what El Niño is all about. Warmer seas send excess moisture into the sky, leading to increased precipitation.
Worldwide flood activity is the worst since before Christopher Columbus. In Poland, it’s the worst in several thousand years. In the U.S., precipitation has increased 20 percent just since 1970. This is no coincidence.
When that precipitation begins falling in the winter, you have the makings of an ice age.
South America’s oldest trees give up the ghost of climate past.
They’ve been dead for over 50,000 years, but South America’s longest-living trees still have a few tales to tell. A new study of the growth rings of partially fossilized trees in southern Chile hints that the global climate before the last ice age was rather like today’s.
Barry mentions Kavachi Island and I did a quick search and came up with this.
From Wikipedia,
Kavachi is one of the most active submarine volcanoes in the south-west Pacific Ocean.Located south of Vangunu Island in the Solomon Islands, it is named after a sea god of the New Georgia Group islanders, and is also referred to locally as Rejo te Kavachi (“Kavachi’s oven’). The volcano has become emergent and then been eroded back into the sea at least eight times since its first recorded eruption in 1939.
In May 2000, an international research team aboard the CSIRO research vessel FRANKLIN fixed the position of the volcano at 8° 59.65’S, 157° 58.23’E. At that time the vent of the volcano was below sea level, however frequent eruptions were ejecting molten lava up to 70m above sea level, and sulfurous steam plumes up to 500m. The team mapped a roughly conical feature rising from 1,100 m water depth, with the volcano having a basal diameter of about 8 km.
When the volcano erupted in 2003, a 15-meter-high island formed above the surface, but it disappeared soon after. Additional eruptive activity was observed and reported in March 2004 and April 2007.
Kavachi erupting May 14th, 2000.
Barry then looks as CO2 levels, he writes,
Carbon dioxide
If today’s rising carbon dioxide are caused by humans, what caused the dramatic rise in CO2 levels at the dinosaur extinction?
It was a matter of a moment’s search to find this, from Ice Age Now, Home Page here
If today’s rising carbon dioxide are caused by humans, then what caused the dramatic rise in CO2 levels at the dinosaur extinction?
Research shows that there was “a sudden and dramatic rise” in carbon dioxide in the Earth’s atmosphere at the dinosaur extinction of 65 million years ago. A recent report attributes the rise in CO2 levels to an asteroid impact.
See http://news.bbc.co.uk/1/hi/sci/tech/2038599.stm
I disagree. I think today’s rise in CO2 levels can be attributed to our warming oceans. After all, the oceans are known as a carbon dioxide “sink,” especially when the water is cold.
But as the water warms up, it releases CO2 into the atmosphere. This happens in much the same way that a warm bottle of home-brewed root beer will release CO2. And if you give that CO2 no way to escape, the bottle will explode.
We’ve got it backwards. We’ve got cause and effect in reverse.
The CO2 is not causing global warming. Instead, our warming oceans are releasing CO2 into the atmosphere.
It’s not global warming, it’s ocean warming, and it’s leading us into an ice age.
Finally, Barry offers this,
No Global Warming
“Even with needed corrections, data still don’t show the expected signature of global warming,” says Dr. Roy Spencer, Senior Scientist for Climate Studies NASA/Marshall Space Flight Center.
Unfortunately, the URL that Barry included didn’t function. But a quick search on the NASA website came up with this,
Scientists are working to understand why the lower atmosphere isn’t heating up as fast as some global warming models predict.
July 21, 2000 — The question sounds like a Zen koan: How could the globe be warming and not warming at the same time?
That’s the riddle posed to climatologists by satellite and radiosonde data which show that while the Earth’s surface has been warming over the past decades, the lowest layer of the atmosphere shows a weaker warming trend.
The measurements are surprising, because computer simulations of the world’s climate predict that the two lowest layers of the atmosphere — which together form the “troposphere” — should be warming faster than the Earth’s surface.
Read the full article here. It’s well worth reading and concludes with these closing paragraphs,
Current models suffer from several shortcomings.
For example, clouds are not well represented by the models. The resolution of current models is too coarse for features as small as clouds, Spencer said. Yet clouds clearly play a crucial role in climate due to their influence on humidity, precipitation and albedo (the percentage of solar energy reflected back into space as light).
“The role of clouds is still regarded as one of the biggest uncertainties in global warming predictions,” Spencer said.
The ability of plants to remove carbon dioxide from the atmosphere and the role of soils have only recently been added to the models, and scientists aren’t confident yet of how the models portray these factors, Spencer said.
“While we know that vegetation takes up some of the carbon dioxide we generate from burning of fossil fuels, how that sink of carbon will change in the future is still pretty uncertain,” Spencer said.
Climate models are also limited by the computing power available.
“The global models would be much better if computers were much faster,” Spencer said. “Instead, a lot of approximations are made to make the models simple enough to do climate simulations over the whole globe.
“Unfortunately,” Spencer continued, “we know that many of the processes that are crudely represented are quite non-linear, and so have the potential to respond in unexpected ways.”
The Global Hydrology and Climate Center is a joint venture between government and academia to study the global water cycle and its effect on Earth’s climate. Jointly funded by NASA and its academic partners, and jointly operated by NASA’s Marshall Space Flight Center in Huntsville, Ala., and the University of Alabama in Huntsville, the Center conducts research in a number of critical areas.
Web Links
Global Hydrology and Climate Center — a joint venture between government and academia to study the global water cycle and its effect on Earth’s climate
OK, that’s enough from me for today. Clearly it would take a great time for a layman, such as yours truly, to go through all this material, and more, to determine the truth of it all, to the very best abilities of science. For the verdict on whether man’s increased generation of CO2 in the atmosphere is having a global effect on the global climate should be in the hands of scientists.
Once science has shown cause and effect then, and only then, should politicians endeavour to offer the way forward for society.
Having said that, there is no reason at all for mankind to maintain the present disconnect from Planet Earth. Even if the jury is still well and truly out in terms of the effect of CO2 on the atmosphere, the number of other issues that are just as important for our long-term survival are still prodigious. There’s an old saying in aviation, “If there’s any doubt, there’s no doubt.”
Learning from Dogs 
