It’s a bit ironic, given the events now in the headlines, that I started last week’s post by commenting that it had been an interesting week for connoisseurs of decline and fall; it might have been better to say “You ain’t seen nothing yet.” About the time the volcanic ash from Iceland began settling out of Europe’s airspace, to begin with, another black cloud began to rise from the lava vents of Wall Street, caused by the spontaneous combustion of whatever might have been left of Goldman Sachs’ reputation for fiscal probity.
It’s a fascinating turn of events, not least because Goldman Sachs has been remarkably cozy with the last two presidential administrations here in the US. Still, that didn’t keep the SEC from filing fraud charges against the firm, and it didn’t prevent the publication of a flurry of highly damaging emails in which Goldman Sachs executives boasted about selling made-to-fail securities to widows and orphans – yes, that last phrase actually got used – and then taking out short contracts on those same securities, so that Goldman Sachs profited when the securities did what they were designed to do, and lost money. For all the world like Casablanca’s Captain Renault, Congress is shocked, shocked to find that Goldman Sachs is making money at its customers’ expense; the interesting question is whether this fine imitation of outrage is simply the sort of ritual theater governments use so often these days as a substitute for constructive action, or whether serious power shifts are under way.
My guess, for what it’s worth, is the latter. Despite cheerleading and doctored statistics from within the Beltway, the US economy is in deep and deepening trouble; foreclosures continue to climb, commercial real estate and second mortgages are shaping up to be the next big shocks, and the rolling collapse of state and local government finances shows no sign of slowing down. The Goldman Sachs flacks who moved into power with the Obama administration promised to fix things; they have pretty clearly failed; and as the neoconservatives learned not long ago, intolerance for failure is very nearly the only thing on which the squabbling factions of the American political class can agree.
Meanwhile, another plume of smoke has been rising from Europe. Greece has had its credit rating cut to junk-bond levels; Portugal and Spain have suffered downgrades, and even rock-solid Germany has had trouble selling its bonds, as investors price in the economic burdens of bailing out countries that lack the political will to keep their expenditures in line with their national income. If the response to this crisis is bungled badly enough, it’s not impossible that the survival of the Euro may be at risk; it’s still open to question whether a single currency will work without a single government to back and manage it, and the handwaving and bickering that has been the order of business in European capitals as the crisis has unfolded does not particularly inspire confidence.
Speaking of plumes of smoke, of course, calls to mind the third unfolding disaster of the last week, the wreck of the Deepwater Horizon drilling rig, which according to an announcement today is currently spewing around five thousand barrels of oil a day into the Gulf of Mexico. The US Coast Guard has announced that it plans to light the spreading oil slick on fire, in the hope that enough of it will burn up to save the $2 billion a year Louisiana seafood industry from disaster. Partisans of the “drill, baby, drill” approach to energy security take note: there are good practical and economic reasons why most of the US coast has long been off limits to oil drilling, and getting oil out of deposits nearly a mile underwater, and a good deal further than that under sea-bottom sediments, is not as foolproof a procedure as politicians and talk show hosts would like you to think.
These three smoke plumes, interestingly enough, have a factor in common, and it’s the theme I want to discuss in this week’s post – not least because a great many of the crises we’re likely to face as the age of cheap abundant energy comes to an end also share that factor. All three of them resulted when people in a situation of high complexity tried to solve the problems of that situation by adding on an additional layer of complexity.
Goldman Sachs, to begin with, has been in the business of making complex problems more complex for a very long time. One of the chapters of John Kenneth Galbraith’s excellent The Great Crash 1929, a book which ought to be required reading for all those people who think they understand the stock market, is titled “In Goldman, Sachs We Trust”; it’s an account of the preposterous investment vehicles – it does violence to the English language to call them “securities” – that Goldman Sachs floated in the 1929 stock market bubble. Very little has changed since then, either. In 1929, Goldman Sachs sold shares of investment trusts that speculated in shares of other investment trusts; in 2009, they sold tranches of CDOs composed of tranches of other CDOs, and in both cases they served mostly as a means by which a lot of people lost a lot of money while Goldman Sachs did quite well.
You may be wondering why anybody would put their hard-earned money into an investment vehicle that consisted of a collection of bets that other investment vehicles would make money off yet a third set of investment vehicles. In 1929, the answer was raw greed, whipped up to monumental intensity by a very widespread attack of the delusion that brokers want to make you rich. In 2009, the answer was more complex. For more than twenty years, beginning in the wake of the 1987 Wall Street crash, the financial agencies of the US government had been struggling to keep what was left of the American economy from imploding. One of the main tools used in this struggle was rock-bottom interest rates, which were brought into play whenever one speculative bubble popped and which then, with clockwork regularity, fed the new speculative bubble that followed.
One of the many problems set in motion by this strategy was that all the ordinary sources of investment income were reduced to paying chump change. Gone were the halcyon days when every bank in the United States paid 5.25% per annum on savings accounts by federal law. (It somehow seems to have escaped the attention of most economic historians that the end of that era coincided very precisely with the point at which most Americans stopped putting their money into savings accounts.) As the Fed repeatedly bounced interest rates off the floor to jumpstart an increasingly reluctant economy, every person and institution dependent on investment income found themselves facing a sharp decrease in income. The simple solution would have been to accept the austerity that this entailed, but for obvious reasons this was not popular; it’s worth remembering that “simple” is rarely the same thing as “easy.”
The alternative was to respond to this complex set of circumstances by adding another layer of complexity, and Goldman Sachs was ready to help them do so. Complicated, risky investment strategies that promised high returns became the order of the day. In their eagerness to make more than chump change, a great many people thus became chumps.
The situation in Greece, and a great many other southern European countries, was similar. The same habits of economic manipulation that made the US economy so complex over the last two decades were just as popular in Europe, with the added complexity of a single currency far too rigidly structured to deal with the economic vagaries of more than a dozen fractious nation-states with different economic policies. Add in the speculative boom in real estate that went bust in 2008, which flooded southern Europe with money and then took it all back with interest, and you have a very complex situation, one in which all the usual options were foreclosed by EU economic policy. There were several simple solutions, such as ditching the Euro and allowing a new Greek currency to find its market value, but once again, “simple” is not the same thing as “easy.”
The government of Greece responded to these complexities instead by adding another layer of complexity. It hired Goldman Sachs – no, I’m not making this up – to create a set of complicated investment vehicles that made the Greek national debt look smaller than it was, in order to get by the more onerous limits of EU economic policy. These vehicles proceeded to crash and burn in the grand style, and took the Greek economy with them. Similar vehicles were sold by quite a number of brokerages – Goldman Sachs was far from the only player here – to national, provincial, and municipal governments all over Europe, and to state and local governments in the US as well, and yes, they’ve been blowing up right and left; I don’t think vehicles so flammable have been seen in such numbers since the Ford Pinto was recalled.
As far as I know, Goldman Sachs had nothing to do with the Deepwater Horizon drilling platform. Still, the entire strategy of pursuing petroleum production in deep waters is an attempt to solve a hideously complex problem – the problem of peak oil – by adding on another layer of complexity. There’s a simple response to peak oil, of course; it consists of using less petroleum, making do with less energy per capita, and learning to live within our means. Once again, though, “simple” doesn’t mean “easy,” any more than it means “enjoyable” or “politically acceptable.”
The result is that we’re pursuing oil wherever we can find it, no matter how complex or risky the prospect might be. Deepwater drilling is one example. It’s complicated stuff, far more expensive and demanding than the methods used to extract oil that happens to be conveniently located under dry land, and when the standard problems faced by oilmen everywhere crop up, responding to those problems involves a whole new world of complexity and risk. One of those standard problems is the risk of a blowout: a sudden surge of crude oil and natural gas that can come bursting up through a well at any point between the moment it’s first drilled and the moment the relatively sturdy structure that handles production is in place.
That’s almost certainly what happened to Deepwater Horizon. It’s a common enough event in drilling for oil, and it’s dangerous even when it happens on dry land and there’s someplace for the drilling crew to run. When the well begins almost a mile underwater, though, there’s the additional problem that nobody has the tools to handle a deepwater blowout if the underwater valves meant to shut it off at the wellhead should fail. That’s also happened to Deepwater Horizon, and if the current efforts to trigger the valves via robot submersibles don’t succeed – and they’ve shown no sign of succeeding so far – the only option left to the BP response crews is to jerry-rig techniques designed for shallow waters and hope they can be made to work 5000 feet under the sea. In the meantime, five thousand barrels a day of crude oil fountain out into the Gulf from the crumpled pipe.
In all three of these cases, the decision to add an additional layer of complexity to an already complex problem was an attempt to maintain business as usual, while the simpler option that was refused would have required the decision makers to abandon business as usual and accept a degree of austerity and limitation very few people find congenial these days. That’s not inherent in the relationship between complexity and simplicity, but it does tend to be a very common feature of the way that relationship works out in practice just now. We have an extraordinarily complex society; for some three centuries, attempts to manage problems by increasing complexity have paid off more often than not, which is why we have such a complex society; and this has led to the kind of superstition discussed in last week’s post – the unthinking assumption that what worked in the past will continue to work in the present and the future.
As Joseph Tainter has pointed out in his useful book The Collapse of Complex Societies, though, increases in complexity are subject to the same law of diminishing returns as anything else, and sooner or later a society that responds to every challenge by adding a new layer of complexity will reach the point that adding more complexity causes more problems than it solves. Several observations concerning Tainter’s insight are worth making here.
First, the diminishing returns of complexity apply to specifics as well as generalities, and for statistical reasons, the specifics will usually show up first. A society that has overloaded itself with complexity will tend to heap up more complexity in some areas of life than others, and one or more of these areas may well tip over into dysfunction sooner than others. Thus a society that is hammered by repeated crises of the same kind, and tries to solve them with layers of additional complexity that consistently seem to make the problem worse, may be at risk of tipping over into a wider dysfunction of which the visible crises are merely symptomatic.
Second, if a society has driven itself past the point of negative returns on complexity, and continues to try to add complexity to solve the resulting problems, it risks establishing a disastrous feedback loop in which its attempts to solve its problems become the major source of its problems. This can also apply to specifics as well as generalities, and show up first in particular aspects of a society’s collective life.
Third, one of the ironies faced by a society that has reached the point of negative returns on complexity as a means of problem-solving is that thereafter, the only way it can solve its problems is by not solving its problems. Any attempt to impose additional complexity will simply make matters worse, while allowing some particularly problematic heap of complexity to crash and burn may just reduce the complexity of the whole system to a point at which something constructive can actually be done. In the extreme case, where an entire society has pushed itself past the point of negative returns on complexity, collapse can be an adaptive response to a rising spiral of crisis that can be ended in no other way.
Finally, all these considerations apply just as much to the level of the individual, family, and community as they do to civilizations as whole systems, and it’s possible to use simplification on the level of the individual, family, and community to counter at least some of the consequences of complexity run amok. We’ll talk more about how that might work next week.
Wednesday, April 28, 2010
Sunday, April 25, 2010
Ascariasis Disease
Ascariasis
Clinical symptoms will be shown on the stadium flyblow and adults.
At the stadium flyblow, Ascaris can cause mild symptoms in the heart and the lungs will cause the Loeffler syndrome. Loeffler syndrome is a collection of signs such as fever, shortness of breath, eosinofilia, and the images seen infiltrat Roentgen thoraks that will be lost for 3 weeks.
In the adult stages, the intestinal worms will cause symptoms typical channels such as indigestion not appetite, vomiting, diarrhea, constipation, and nausea. When the worms go into the channel can cause the gall to eat kolik or ikterus. When the adult worms penetrate peritoneum and then enter the body or the abdomen can cause acute abdomen
Infection
Infections
Infections with these parasites are more common where sanitation is poor and human feces are used as fertilizer.
Prevention of this infection centers around education, not using human feces as fertilizer, and cleanliness, especially among those who handle food.
Infections happen when a human swallows water or food contaminated with unhatched juveniles. The juveniles hatch in the duodenum (1st section of small intestine). They then penetrate the mucosa and submucosa and enter venules or lymphatics. Next they pass through the right heart and into pulmonary circulation. They then break out of the capillaries and enter the air spaces. Acute tissue reaction occurs when several worms get lost during this migration and accumulate in other organs of the body.
The juveniles migrate from the lung up the respiratory tract to the pharynx where they are swallowed. They begin producing eggs within 60–65 days of being swallowed. These are produced within the small intestine where the juveniles mature. It might seem odd that the worms end up in the same place where they began.
One hypothesis to account for this behavior is that the migration mimics and intermediate host, which would be required for juveniles of an ancestral form to develop to the third stage. Another possibility is that tissue migration enables faster growth and larger size, which increases reproductive capacity.
More than 1 billion people are affected by this infection. Infections can be treated with drugs called ascaricides.
How the diagnosis
Ascaris eggs containing embryo
Diagnosis Ascariasis do with the eggs found in the patient's feces or adult worms found in the anus, nose, or mouth.
Treatment
Ascariasis treatment can be used medicines sepreti pirantel pamoat, mebendazol, albendazol, piperasin.
Source : http://iyanarsip.blogspot.com/2009/08/disease-caused-filaria-worms-filariasis.html
Stroke - Is loss of brain Function
STROKE
A stroke is the rapidly developing loss of brain function(s) due to disturbance in the blood supply to the brain. This can be due to ischemia (lack of blood supply) caused by thrombosis or embolism or due to a hemorrhage. As a result, the affected area of the brain is unable to function, leading to inability to move one or more limbs on one side of the body, inability to understand or formulate speech, or inability to see one side of the visual field. In the past, stroke was referred to as cerebrovascular accident or CVA, but the term "stroke" is now preferred.A stroke is a medical emergency and can cause permanent neurological damage, complications, and death. It is the leading cause of adult disability in the United States and Europe. In the UK, it is the second most common cause of death, the first being heart attacks and third being cancer. It is the number two cause of death worldwide and may soon become the leading cause of death worldwide.Risk factors for stroke include advanced age, hypertension (high blood pressure), previous stroke or transient ischemic attack (TIA), diabetes, high cholesterol, cigarette smoking and atrial fibrillation. High blood pressure is the most important modifiable risk factor of stroke.
The traditional definition of stroke, devised by the World Health Organization in the 1970s, is a "neurological deficit of cerebrovascular cause that persists beyond 24 hours or is interrupted by death within 24 hours". This definition was supposed to reflect the reversibility of tissue damage and was devised for the purpose, with the time frame of 24 hours being chosen arbitrarily. The 24-hour limit divides stroke from transient ischemic attack, which is a related syndrome of stroke symptoms that resolve completely within 24 hours. With the availability of treatments that, when given early, can reduce stroke severity, many now prefer alternative concepts, such as brain attack and acute ischemic cerebrovascular syndrome (modeled after heart attack and acute coronary syndrome respectively), that reflect the urgency of stroke symptoms and the need to act swiftly.
A stroke is occasionally treated with thrombolysis ("clot buster"), but usually with supportive care (speech and language therapy, physiotherapy and occupational therapy) in a "stroke unit" and secondary prevention with antiplatelet drugs (aspirin and often dipyridamole), blood pressure control, statins, and in selected patients with carotid endarterectomy and anticoagulation.
Treatment
Stroke unit
Ideally, people who have had a stroke are admitted to a "stroke unit", a ward or dedicated area in hospital staffed by nurses and therapists with experience in stroke treatment. It has been shown that people admitted to a stroke unit have a higher chance of surviving than those admitted elsewhere in hospital, even if they are being cared for by doctors with experience in stroke.
When an acute stroke is suspected by history and physical examination, the goal of early assessment is to determine the cause. Treatment varies according to the underlying cause of the stroke, thromboembolic (ischemic) or hemorrhagic. A non-contrast head CT scan can rapidly identify a hemorrhagic stroke by imaging bleeding in or around the brain. If no bleeding is seen, a presumptive diagnosis of ischemic stroke is made.
Treatment of ischemic stroke
Ischemic stroke is caused by a thrombus (blood clot) occluding blood flow to an artery supplying the brain. Definitive therapy is aimed at removing the blockage by breaking the clot, thrombolysis, or by removing it mechanically, thrombectomy. The more rapidly bloodflow is restored to the brain, the fewer brain cells die.
Other medical therapies are aimed at minimizing clot enlargement or preventing new clots from forming. To this end, treatment with medications such as aspirin, clopidogrel and dipyridamole may be given to prevent platelets from aggregating.
In addition to definitive therapies, management of acute stroke includes control of blood sugars, ensuring the patient has adequate oxygenation and adequate intravenous fluids. Patients may be positioned with their heads flat on the stretcher, rather than sitting up, to increase blood flow to the brain. It is common for the blood pressure to be elevated immediately following a stroke. Although high blood pressure may cause some strokes, hypertension during acute stroke is desirable to allow adequate blood flow to the brain.
Thrombolysis
In increasing numbers of primary stroke centers, pharmacologic thrombolysis ("clot busting") with the drug tissue plasminogen activator (tPA), is used to dissolve the clot and unblock the artery. However, the use of tPA in acute stroke is controversial. On one hand, it is endorsed by the American Heart Association and the American Academy of Neurology as the recommended treatment for acute stroke within three hours of onset of symptoms as long as there are not other contraindications (such as abnormal lab values, high blood pressure, or recent surgery).
This position for tPA is based upon the findings of two studies by one group of investigators which showed that tPA improves the chances for a good neurological outcome. When administered within the first three hours, 39% of all patients who were treated with tPA had a good outcome at three months, only 26% of placebo controlled patients had a good functional outcome.
A recent study using alteplase for thrombolysis in ischemic stroke suggests clinical benefit with administration 3 to 4.5 hours after stroke onset. However, in the NINDS trial 6.4% of patients with large strokes developed substantial brain hemorrhage as a complication from being given tPA. tPA is often misconstrued as a "magic bullet" and it is important for patients to be aware that despite the study that supports its use, some of the data were flawed and the safety and efficacy of tPA is controversial. A recent study found the mortality to be higher among patients receiving tPA versus those who did not. Additionally, it is the position of the American Academy of Emergency Medicine that objective evidence regarding the efficacy, safety, and applicability of tPA for acute ischemic stroke is insufficient to warrant its classification as standard of care.
Source: http://iyanarsip.blogspot.com/2009/08/dloriifah-about-stroke.html
Wednesday, April 21, 2010
Medical insurance
Medical insurance
By estimating the overall risk of healthcare expenses, a routine finance structure (such as a monthly premium or annual tax) can be developed, ensuring that money is available to pay for the healthcare benefits specified in the insurance agreement. The benefit is administered by a central organization such as a government agency, private business, or not-for-profit entity
Find out before you come
The company that you are with, or are going to work for, should provide medical insurance for expatriate staff and their family members, as well as their permanent Indonesian staff. Ask for details from your employer to ensure that your policy will
adequate cover your family members for sickness or accident emergency, whether in Indonesia or when you are returning home on leave or when you are visiting other countries in the course of your work or on vacation.
If you are joining a new company, you must remember that they may never love you more than when you first join. Do not rely on promises that medical insurance coverage will be sorted out when you arrive in Indonesia. It may in fact be taken care of to your satisfaction, but it could be the case that what the company considers ideal coverage may not meet your expectations. Be sure, before you come, that you understand what medical coverage your company will provide for regular medical concerns, and major medical situations such as surgery or deliveries, as well as medical evacuation to another country or from a remote site to a big city in Indonesia.
Medical evacuations are a big factor in medical coverage as the quality of medical service will be quite poor in outlying areas in Indonesia. Emergency medical evacuation (medivac) to a large city or even to a neighboring country is considered essential in most medical emergencies.
Options in Medical insurance coverage
International Medical Insurance plans from the U.K. for instance, include emergency medical evacuation and there is the possibility to add outpatient services to cover everything but minor outpatient items. The reason for excluding minor outpatient claims is to keep the costs down as the paperwork involved in claims could well exceed the claim itself. The outpatient claims therefore have a deductible.
The deductible is related to the illness - not the claim - so the patient may have several doctor and specialist visits plus the prescribed medicine for one particular bout of sickness and there would only be one deductible. A point worth noting is that a person could be undergoing outpatient treatment with a very serious illness, which would not be covered under a local clinic scheme.
There are many foreign joint venture insurance companies with offices in Jakarta selling medical, hospitalization and other general insurance products for group and individual medical insurance policies, so you do have a large choice of companies and products. You could also purchase a medical insurance or travel plan from a company based in your home country which provides some medical cover while you are traveling overseas, however, you must be very sure about the restrictions on such plans as it may not cover you completely while residing overseas.
Finding the best plan for your particular requirements can be very time consuming with the many options. Any local or group venture health insurance company representative will tell you how good the product is from his company. That's what he's paid to do, and it could in fact be the best plan available for you. The representative is not paid to explain that another company does the same thing (or better) at a cheaper cost, and he's not paid to promote his competitors' products.
Consider Costs
Good, comprehensive medical insurance is not cheap, nor is emergency medical evacuation, so most people will take cost into account when making their decision on medical insurance coverage. It is important to find out all your options from an unbiased source, which could be an agency or broker, who can assist you to make the choice based upon your individual or company requirements.
refferences: http://www.expat.or.id/medical/medicalinsurance.html
Economic Superstitions
It has been an interesting week for connoisseurs of decline and fall. As I’m sure all my readers are aware by now, a small volcano in Iceland managed to chuck a sizable monkey wrench into the gears of business as usual across Europe by filling the upper atmosphere with a massive plume of what amounts to finely ground glass: just the thing you want to put into the intake of your favorite jet engine.
Most volcanic eruptions don’t do this, but Eyjafjallajokull – say that three times very fast – happens to be under a glacier. (It is located in a country called Iceland, after all.) Or, rather, it used to be under a glacier; bring molten lava into contact with a glacier and you don’t have a glacier for long. What you have instead is what volcanologists call a phreatic eruption and the rest of us call a steam explosion. Rinse (with lava) and repeat, and you get two things. The first is a stratosphere full of fine sandpaper grit; the second is most of a continent flailing helplessly as one of its transportation networks shuts down for several days.
The human reaction was instructive. One of my regular readers commented that his wife, who works in the travel industry, has been deluged by calls from irate travelers who seem convinced that she can make the ash go away with a couple of phone calls. An EU commissioner was caught in public saying that long distance tourism was an inalienable human right, while airlines demanded that governments compensate them for the closure of the skies; at least they had the grace not to demand the money from Iceland. Meanwhile Great Britain, which gets most of its fruit and much of its vegetables from the Third World by air, was facing the prospect of bare shelves in the grocery stores for the first time since the aftermath of the Second World War.
It’s been a while since we’ve had so clear a reminder that the intricate and fragile clockwork of industrial society depends so completely on Nature’s whims, but as usual, most people managed not to get the memo. Me, I didn’t give it much thought, since I was reading a different and more familiar memo, the one brought every spring by lengthening days and the waning risk of frost. I was out in the garden planting bush beans, dwarf peas, and Danvers carrots, since the weather was warm and the Moon was in a fertile sign.
Yes, I plant by the signs. I originally learned that habit out in the Pacific Northwest, where very few people do it, and it’s ironic that I ended up moving to the Appalachians, where most gardeners keep an eye on the almanac when choosing planting dates. Do I think it works? A lot depends on what’s meant by that rather facile question. It certainly doesn’t do any harm; my gardens get good results at least as reliably as those of my neighbors, and it’s no particular inconvenience to check the signs when deciding when to plant the next round of seeds. I don’t know for a fact that it helps, but then the same thing could be said for many other things I do in the garden. (I’m more interesting in growing vegetables than in proving a point, so I don’t deprive part of my garden of compost, say, to find out whether putting my kitchen wastes in the compost bin rather than a landfill makes as much difference as it seems.) Besides, planting by the signs has entertainment value: I’ve come to enjoy the theatrics the habit attracts from rationalists who get incensed by anything they consider superstitious.
Of course they’re quite correct that planting by the signs is a superstition, but that word has a subtler meaning than most people remember these days. A superstition is literally something “standing over” (in Latin, super stitio) from a previous age; more precisely, it’s an observance that has become detached from its meaning over time. A great many of today’s superstitions thus descend from the religious observances of archaic faiths. When my wife’s Welsh grandmother set a dish of milk outside the back door for luck, for example, she likely had no idea that her pagan ancestors did the same thing as an offering to the local tutelary spirits.
Yet there’s often a remarkable substrate of ecological common sense interwoven with such rites. If your livelihood depends on the fields around your hut, for example, and rodents are among the major threats you face, a ritual that will attract cats and other small predators to the vicinity of your back door night after night is not exactly foolish. The Japanese country folk who consider foxes the messengers of Inari the rice god, and put out offerings of fried tofu to attract them, are mixing agricultural ecology with folk religion in exactly the same way.
There’s a lot of this sort of thing in the world of superstition. I have long since lost the reference, but many years ago I read an ecological study of human hunting practices, which pointed out that nearly all cultures that get much of their food from the hunt use divination to decide where to hunt on any given day. The authors pointed out that according to game theory, the best strategy in any competition has to include a random element in order to keep the other side guessing. Most prey animals are quite clever enough to figure out a nonrandom pattern of hunting – there’s a reason why deer across America head into suburbs and towns, where hunting isn’t allowed, as soon as hunting season opens each year – so inserting a random factor into hunting strategy will pay off in increased kills over time. As far as we know, humans are the only animals that make decisions with the aid of horoscopes, tarot cards, yarrow stalks and the like, and it’s intriguing to think that this habit may have had a significant role in our evolutionary success.
Is this all there is to the practice of superstition? It’s a good question, and one that’s effectively impossible to answer. For all I know, all those ancient civilizations that built vast piles of stone to the honor of their gods may have been right to say that Marduk, Osiris, Kukulcan et al. were well pleased by having big temples erected in their honor, and reciprocated by granting peace and prosperity to their worshippers. It may just be a coincidence that channeling the boisterous energy of young men into some channel more constructive than civil war is a significant social problem in most civilizations, and giving them big blocks of stone to haul around in teams, in hot competition with other teams, seems to do the trick; it may also be a coincidence that convincing the very rich to spend their wealth employing huge numbers of laborers on vanity buildings provides a steady boost to even the simplest urban economy. Maybe this is how Kukulcan shows that he’s well pleased.
Still, there’s a wild card in the deck, because it’s possible for even the most useful superstition to become a major source of problems when conditions change. When the Mayan civilization overshot the carrying capacity of its fragile environment, the Mayan elite responded to the rising spiral of crisis by building more and bigger temples. That had worked in the past, but it failed to work this time, because the situation was different; the problem had stopped being one of managing social stresses within Mayan society, and turned into one of managing the collapsing relationship between Mayan society and the natural systems that supported it. This turned what had been an adaptive strategy into a disastrously maladaptive one, as resources and labor that might have been put to use in the struggle to maintain a failing agricultural system went instead to a final spasm of massive construction projects. This time, Kukulcan was not pleased, and Mayan civilization came apart in a rolling collapse that turned a proud civilization into crumbling ruins.
Rationalists might suggest that this is what happens to a civilization that tries to manage its economic affairs by means of superstitions. That may be so, but the habit in question didn’t die out with the classic Mayan civilization; it’s alive and well today, with a slight difference. Ancient cultures built huge pyramids of stone; we build even vaster pyramids of money.
In Cardano’s Cosmos, a thoughtful study of the life and times of the great Renaissance astrologer Girolamo Cardano, historian Anthony Grafton tried to explain the role of astrologers as advisers to Renaissance governments by comparing them to economists in today’s world. Plausible as this comparison may seem at first glance, I have to say that it is deeply unfair to astrologers. Whether or not astrology works as advertised – a question I don’t propose to address here – no competent astrologer claims that the Sun will rise in the west or that Jupiter will swing between the Earth and the Moon. By contrast, it’s not hard to find economists blithely insisting, as many did during the recent housing bubble, that a speculative frenzy can keep on inflating forever, or claiming, as many are doing right now, that a nation can make itself prosperous by running up mountains of debt.
Economics is our modern superstition – well, one of them, at any rate, and one of the most popular among the political class of today’s industrial societies. Like any other superstition, it has a core of pragmatic wisdom to it, but that core has been overlaid with a great deal of somewhat questionable logic. My wife’s Welsh ancestors believed that the bowl of milk on the back stoop pleased the fairies, and that’s why the rats stayed away from the kitchen garden; the economists of the twentieth century believed that expanding the money supply pleased – well, the prosperity fairies, or something not too dissimilar – and that’s why depressions stayed away from the United States.
In both cases it’s arguable that something very different was going on. The gargantuan economic boom that made America the world’s largest economy had plenty of causes; the accident of political geography that kept its industrial hinterlands from becoming war zones, while most other industrial nations got the stuffing pounded out of them, had more than a little to do with the matter; but the crucial point, one too often neglected in studies of twentieth century history, was the simple fact that the United States at midcentury produced more petroleum than all the other countries on Earth put together. The oceans of black gold on which the US floated to victory in two world wars defined the economic reality of an epoch. As a result, most of what passed for economic policy in the last sixty years or so amounted to attempts to figure out how to make use of unparalleled abundance.
That’s still what today’s economists are trying to do, using pretty much the same habits they adopted during the zenith of the age of oil. The problem is that this is no longer what economists need to be doing. With the coming of peak oil and the first slow slippages in worldwide conventional petroleum production, the challenge facing today’s industrial societies is managing the end of abundance. The age of cheap abundant energy now ending was a dramatic anomaly in historical terms, though not quite unprecedented; every so often, but rarely, it happens that a human society finds itself free from natural limits to prosperity and expansion – for a time. That time always ends, and the society has to relearn the lessons of more normal and less genial times. This is what we need to do now.
This is exactly what today’s economics is unprepared to do, however. Like the Mayan elite at the beginning of what archeologists call the Terminal Classic period, our political classes are trying to meet unfamiliar problems with overfamiliar solutions. The results have not been good. Repeated attempts to overcome economic stagnation by expanding access to credit have produced a series of destructive speculative bubbles and crashes, and efforts to maintain an inflated standard of living in the face of a slowly contracting real economy have heaped up gargantuan debts. These measures haven’t worked; the one significant attempt to do something different, the neoconservative project to invade Iraq and put its oil reserves in American hands, was even less successful; and at this point fingerpointing and frantic pedaling in place seems to have replaced any more constructive response to a situation that is becoming more dangerous by the day.
Are there constructive things that could be done? Of course, but every one of them flies in the face of the currently accepted economic superstitions, and most of them also involve requiring the people who benefit disproportionately from the current state of things to give up some of their perquisites – not exactly a winning bet at a time when political power has become so diffuse in most industrial nations that some pressure group or other can be counted on to veto any attempt at systemic change. I’ve already suggested several possible steps in this blog – replacing income and sales taxes with resource and interest taxes; making corporations subject to nonfinancial penalties for criminal acts; reinventing urban and suburban agriculture; tilting tax policy to encourage single-income families; rebuilding the household economy, and more – but I’ve done so in the full awareness that none of these things are going to be discussed in the corridors of government any time soon. Those that will happen at all, will happen because they can be set in motion by individuals, families, and local communities; those that can’t be pursued on that level – well, let’s just say I’m not holding my breath.
The act of faith that leads policy makers today to think that policies that failed last year will succeed next year is only part of the problem, of course. The superstitions that lead so many intelligent people to think that our problems can be solved by pursuing a flotilla of new and expensive technological projects are another part. There are technologies that can help us right now, granted, but they’re on the other end of the spectrum from the fusion reactors and solar satellites and plans to turn all of Nevada into one big algae farm that get so much attention today. Local, resilient, sustainable, and cheap: those should be our keywords just now; there are plenty of technological solutions that answer to that description, but again, our superstitions stand in the way.
The widespread reaction to the Eyjafjallajokull eruption, for that matter, points up what may just be the most deeply rooted of our superstitions, the belief that Nature can be ignored with impunity. It’s only fair to point out that for most people in the industrial world, for most of a century now, this has been true more often than not; the same exuberant abundance that produced ski slopes in Dubai and fresh strawberries in British supermarkets in January made it reasonable, for a while, to act as though whatever Nature tossed our way could be brushed aside. In the emerging postabundance age, though, this may be the most dangerous superstition of all. The tide of cheap abundant energy that has defined our attitudes as much as our technologies is ebbing now, and we are rapidly losing the margin of error that made our former arrogance possible.
As that change unfolds, it might be worth suggesting that it’s time to discard our current superstitions concerning economics, energy, and nature, and replace them with some more functional approach to these things. A superstition, once again, is an observance that has become detached from its meaning, and one of the more drastic ways this detachment can take place is a change in the circumstances that make that meaning relevant. This has arguably happened to our economic convictions, and to a great many more of the commonplaces of modern thought; and it’s simply our bad luck, so to speak, that the consequences of pursuing those superstitions in the emerging world of scarcity and contraction are likely to be considerably more destructive than those of planting by the signs or leaving a dish of milk on the back step.
Most volcanic eruptions don’t do this, but Eyjafjallajokull – say that three times very fast – happens to be under a glacier. (It is located in a country called Iceland, after all.) Or, rather, it used to be under a glacier; bring molten lava into contact with a glacier and you don’t have a glacier for long. What you have instead is what volcanologists call a phreatic eruption and the rest of us call a steam explosion. Rinse (with lava) and repeat, and you get two things. The first is a stratosphere full of fine sandpaper grit; the second is most of a continent flailing helplessly as one of its transportation networks shuts down for several days.
The human reaction was instructive. One of my regular readers commented that his wife, who works in the travel industry, has been deluged by calls from irate travelers who seem convinced that she can make the ash go away with a couple of phone calls. An EU commissioner was caught in public saying that long distance tourism was an inalienable human right, while airlines demanded that governments compensate them for the closure of the skies; at least they had the grace not to demand the money from Iceland. Meanwhile Great Britain, which gets most of its fruit and much of its vegetables from the Third World by air, was facing the prospect of bare shelves in the grocery stores for the first time since the aftermath of the Second World War.
It’s been a while since we’ve had so clear a reminder that the intricate and fragile clockwork of industrial society depends so completely on Nature’s whims, but as usual, most people managed not to get the memo. Me, I didn’t give it much thought, since I was reading a different and more familiar memo, the one brought every spring by lengthening days and the waning risk of frost. I was out in the garden planting bush beans, dwarf peas, and Danvers carrots, since the weather was warm and the Moon was in a fertile sign.
Yes, I plant by the signs. I originally learned that habit out in the Pacific Northwest, where very few people do it, and it’s ironic that I ended up moving to the Appalachians, where most gardeners keep an eye on the almanac when choosing planting dates. Do I think it works? A lot depends on what’s meant by that rather facile question. It certainly doesn’t do any harm; my gardens get good results at least as reliably as those of my neighbors, and it’s no particular inconvenience to check the signs when deciding when to plant the next round of seeds. I don’t know for a fact that it helps, but then the same thing could be said for many other things I do in the garden. (I’m more interesting in growing vegetables than in proving a point, so I don’t deprive part of my garden of compost, say, to find out whether putting my kitchen wastes in the compost bin rather than a landfill makes as much difference as it seems.) Besides, planting by the signs has entertainment value: I’ve come to enjoy the theatrics the habit attracts from rationalists who get incensed by anything they consider superstitious.
Of course they’re quite correct that planting by the signs is a superstition, but that word has a subtler meaning than most people remember these days. A superstition is literally something “standing over” (in Latin, super stitio) from a previous age; more precisely, it’s an observance that has become detached from its meaning over time. A great many of today’s superstitions thus descend from the religious observances of archaic faiths. When my wife’s Welsh grandmother set a dish of milk outside the back door for luck, for example, she likely had no idea that her pagan ancestors did the same thing as an offering to the local tutelary spirits.
Yet there’s often a remarkable substrate of ecological common sense interwoven with such rites. If your livelihood depends on the fields around your hut, for example, and rodents are among the major threats you face, a ritual that will attract cats and other small predators to the vicinity of your back door night after night is not exactly foolish. The Japanese country folk who consider foxes the messengers of Inari the rice god, and put out offerings of fried tofu to attract them, are mixing agricultural ecology with folk religion in exactly the same way.
There’s a lot of this sort of thing in the world of superstition. I have long since lost the reference, but many years ago I read an ecological study of human hunting practices, which pointed out that nearly all cultures that get much of their food from the hunt use divination to decide where to hunt on any given day. The authors pointed out that according to game theory, the best strategy in any competition has to include a random element in order to keep the other side guessing. Most prey animals are quite clever enough to figure out a nonrandom pattern of hunting – there’s a reason why deer across America head into suburbs and towns, where hunting isn’t allowed, as soon as hunting season opens each year – so inserting a random factor into hunting strategy will pay off in increased kills over time. As far as we know, humans are the only animals that make decisions with the aid of horoscopes, tarot cards, yarrow stalks and the like, and it’s intriguing to think that this habit may have had a significant role in our evolutionary success.
Is this all there is to the practice of superstition? It’s a good question, and one that’s effectively impossible to answer. For all I know, all those ancient civilizations that built vast piles of stone to the honor of their gods may have been right to say that Marduk, Osiris, Kukulcan et al. were well pleased by having big temples erected in their honor, and reciprocated by granting peace and prosperity to their worshippers. It may just be a coincidence that channeling the boisterous energy of young men into some channel more constructive than civil war is a significant social problem in most civilizations, and giving them big blocks of stone to haul around in teams, in hot competition with other teams, seems to do the trick; it may also be a coincidence that convincing the very rich to spend their wealth employing huge numbers of laborers on vanity buildings provides a steady boost to even the simplest urban economy. Maybe this is how Kukulcan shows that he’s well pleased.
Still, there’s a wild card in the deck, because it’s possible for even the most useful superstition to become a major source of problems when conditions change. When the Mayan civilization overshot the carrying capacity of its fragile environment, the Mayan elite responded to the rising spiral of crisis by building more and bigger temples. That had worked in the past, but it failed to work this time, because the situation was different; the problem had stopped being one of managing social stresses within Mayan society, and turned into one of managing the collapsing relationship between Mayan society and the natural systems that supported it. This turned what had been an adaptive strategy into a disastrously maladaptive one, as resources and labor that might have been put to use in the struggle to maintain a failing agricultural system went instead to a final spasm of massive construction projects. This time, Kukulcan was not pleased, and Mayan civilization came apart in a rolling collapse that turned a proud civilization into crumbling ruins.
Rationalists might suggest that this is what happens to a civilization that tries to manage its economic affairs by means of superstitions. That may be so, but the habit in question didn’t die out with the classic Mayan civilization; it’s alive and well today, with a slight difference. Ancient cultures built huge pyramids of stone; we build even vaster pyramids of money.
In Cardano’s Cosmos, a thoughtful study of the life and times of the great Renaissance astrologer Girolamo Cardano, historian Anthony Grafton tried to explain the role of astrologers as advisers to Renaissance governments by comparing them to economists in today’s world. Plausible as this comparison may seem at first glance, I have to say that it is deeply unfair to astrologers. Whether or not astrology works as advertised – a question I don’t propose to address here – no competent astrologer claims that the Sun will rise in the west or that Jupiter will swing between the Earth and the Moon. By contrast, it’s not hard to find economists blithely insisting, as many did during the recent housing bubble, that a speculative frenzy can keep on inflating forever, or claiming, as many are doing right now, that a nation can make itself prosperous by running up mountains of debt.
Economics is our modern superstition – well, one of them, at any rate, and one of the most popular among the political class of today’s industrial societies. Like any other superstition, it has a core of pragmatic wisdom to it, but that core has been overlaid with a great deal of somewhat questionable logic. My wife’s Welsh ancestors believed that the bowl of milk on the back stoop pleased the fairies, and that’s why the rats stayed away from the kitchen garden; the economists of the twentieth century believed that expanding the money supply pleased – well, the prosperity fairies, or something not too dissimilar – and that’s why depressions stayed away from the United States.
In both cases it’s arguable that something very different was going on. The gargantuan economic boom that made America the world’s largest economy had plenty of causes; the accident of political geography that kept its industrial hinterlands from becoming war zones, while most other industrial nations got the stuffing pounded out of them, had more than a little to do with the matter; but the crucial point, one too often neglected in studies of twentieth century history, was the simple fact that the United States at midcentury produced more petroleum than all the other countries on Earth put together. The oceans of black gold on which the US floated to victory in two world wars defined the economic reality of an epoch. As a result, most of what passed for economic policy in the last sixty years or so amounted to attempts to figure out how to make use of unparalleled abundance.
That’s still what today’s economists are trying to do, using pretty much the same habits they adopted during the zenith of the age of oil. The problem is that this is no longer what economists need to be doing. With the coming of peak oil and the first slow slippages in worldwide conventional petroleum production, the challenge facing today’s industrial societies is managing the end of abundance. The age of cheap abundant energy now ending was a dramatic anomaly in historical terms, though not quite unprecedented; every so often, but rarely, it happens that a human society finds itself free from natural limits to prosperity and expansion – for a time. That time always ends, and the society has to relearn the lessons of more normal and less genial times. This is what we need to do now.
This is exactly what today’s economics is unprepared to do, however. Like the Mayan elite at the beginning of what archeologists call the Terminal Classic period, our political classes are trying to meet unfamiliar problems with overfamiliar solutions. The results have not been good. Repeated attempts to overcome economic stagnation by expanding access to credit have produced a series of destructive speculative bubbles and crashes, and efforts to maintain an inflated standard of living in the face of a slowly contracting real economy have heaped up gargantuan debts. These measures haven’t worked; the one significant attempt to do something different, the neoconservative project to invade Iraq and put its oil reserves in American hands, was even less successful; and at this point fingerpointing and frantic pedaling in place seems to have replaced any more constructive response to a situation that is becoming more dangerous by the day.
Are there constructive things that could be done? Of course, but every one of them flies in the face of the currently accepted economic superstitions, and most of them also involve requiring the people who benefit disproportionately from the current state of things to give up some of their perquisites – not exactly a winning bet at a time when political power has become so diffuse in most industrial nations that some pressure group or other can be counted on to veto any attempt at systemic change. I’ve already suggested several possible steps in this blog – replacing income and sales taxes with resource and interest taxes; making corporations subject to nonfinancial penalties for criminal acts; reinventing urban and suburban agriculture; tilting tax policy to encourage single-income families; rebuilding the household economy, and more – but I’ve done so in the full awareness that none of these things are going to be discussed in the corridors of government any time soon. Those that will happen at all, will happen because they can be set in motion by individuals, families, and local communities; those that can’t be pursued on that level – well, let’s just say I’m not holding my breath.
The act of faith that leads policy makers today to think that policies that failed last year will succeed next year is only part of the problem, of course. The superstitions that lead so many intelligent people to think that our problems can be solved by pursuing a flotilla of new and expensive technological projects are another part. There are technologies that can help us right now, granted, but they’re on the other end of the spectrum from the fusion reactors and solar satellites and plans to turn all of Nevada into one big algae farm that get so much attention today. Local, resilient, sustainable, and cheap: those should be our keywords just now; there are plenty of technological solutions that answer to that description, but again, our superstitions stand in the way.
The widespread reaction to the Eyjafjallajokull eruption, for that matter, points up what may just be the most deeply rooted of our superstitions, the belief that Nature can be ignored with impunity. It’s only fair to point out that for most people in the industrial world, for most of a century now, this has been true more often than not; the same exuberant abundance that produced ski slopes in Dubai and fresh strawberries in British supermarkets in January made it reasonable, for a while, to act as though whatever Nature tossed our way could be brushed aside. In the emerging postabundance age, though, this may be the most dangerous superstition of all. The tide of cheap abundant energy that has defined our attitudes as much as our technologies is ebbing now, and we are rapidly losing the margin of error that made our former arrogance possible.
As that change unfolds, it might be worth suggesting that it’s time to discard our current superstitions concerning economics, energy, and nature, and replace them with some more functional approach to these things. A superstition, once again, is an observance that has become detached from its meaning, and one of the more drastic ways this detachment can take place is a change in the circumstances that make that meaning relevant. This has arguably happened to our economic convictions, and to a great many more of the commonplaces of modern thought; and it’s simply our bad luck, so to speak, that the consequences of pursuing those superstitions in the emerging world of scarcity and contraction are likely to be considerably more destructive than those of planting by the signs or leaving a dish of milk on the back step.
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Sunday, April 18, 2010
The world's youngest tattoo maker
Most of the girls three years just enjoy walking, but Ruby Dickinson is having more in his artistic skills.
She is destined to become the world's youngest tattoo maker after learning from her dad, Blane, who runs a tattoo parlor in Wales.
Mr Dickinson, 36, tattoo ink imported from the U.S. that has been designed specifically for use by a child's hand.
Ruby will get a mini tattoo equipment for its fourth birthday in October.
Mr Dickinson told the North Wales Pioneer: "Ruby is very aware he grew older, he can not wait. He wants to become a tattoo artist when she grows up.
"The goal is to get a tattoo on my foot with a birthday message for my 40th birthday."
She took lessons after seeding and practiced with her father's appliance store toys.
Mr. Dickinson wished to defeat Emilie Darrigade record, a Canadian, who tattoos the arm of her father from a butterfly when she was five years old.
According to her father, Ruby is almost able to make her father's favorite design, which is a spider.
"I can not imagine that he'll use the Van Gogh, when he was only 3 years old," Mr Dickinson told The Sun.
"But I've got 70 percent of my body was covered in tattoos and will only be a 2p piece size, so I'm not too worried that she will make the tattoo."
Mr Dickinson, who runs Inkaholics Anonymous at his home in Penmaenmawr, Conwy, adding: "This will be a proud moment and very special for me and for their children.
"She really liked it and I am glad I can teach these skills."
However, despite hopes will take Ruby tattoo artist as a career, his father let his doughter make their own choices.. Sorry My English Is Bad.
She is destined to become the world's youngest tattoo maker after learning from her dad, Blane, who runs a tattoo parlor in Wales.
Mr Dickinson, 36, tattoo ink imported from the U.S. that has been designed specifically for use by a child's hand.Ruby will get a mini tattoo equipment for its fourth birthday in October.
Mr Dickinson told the North Wales Pioneer: "Ruby is very aware he grew older, he can not wait. He wants to become a tattoo artist when she grows up.
"The goal is to get a tattoo on my foot with a birthday message for my 40th birthday."
She took lessons after seeding and practiced with her father's appliance store toys.
Mr. Dickinson wished to defeat Emilie Darrigade record, a Canadian, who tattoos the arm of her father from a butterfly when she was five years old.
According to her father, Ruby is almost able to make her father's favorite design, which is a spider.
"I can not imagine that he'll use the Van Gogh, when he was only 3 years old," Mr Dickinson told The Sun.
"But I've got 70 percent of my body was covered in tattoos and will only be a 2p piece size, so I'm not too worried that she will make the tattoo."
Mr Dickinson, who runs Inkaholics Anonymous at his home in Penmaenmawr, Conwy, adding: "This will be a proud moment and very special for me and for their children.
"She really liked it and I am glad I can teach these skills."However, despite hopes will take Ruby tattoo artist as a career, his father let his doughter make their own choices.. Sorry My English Is Bad.
Wednesday, April 14, 2010
A Blindness to Systems
“I feel my fate in what I cannot fear,” poet Theodore Roethke wrote in his most famous poem, “The Waking.” He could have been speaking for any of us; as individuals, communities, or societies, it’s not the problems we dread but the ones we’re unable to take seriously, or fail to recognize as problems at all, that end up dragging us down.
Some of the responses to last week’s Archdruid Report post brought that point forcefully home to me. The theme of that post, as regular readers will remember, is that it’s meaningless to talk about the efficiency of machines vis-a-vis human beings unless the costs of the whole system needed to produce, maintain, and operate the machines is compared to the costs of the whole system needed to do the same for the human beings. In response to the post, a flurry of critics on and off the comments page of this blog presented arguments that simply ignored the system costs I’d spent the entire post discussing. I would have had no complaints if they’d disagreed with my analysis, or even argued against the inclusion of system costs altogether – the logic of dissensus, the deliberate cultivation of divergent strategies, is as relevant to my work as it is anywhere else – but that’s not what they did. Instead, they acted as though the issue of system costs had never been raised at all.
It’s a fascinating lapse of reason, and it keeps on surfacing in contemporary discussions of the deindustrial future. The recurrent debates on the future of the internet here on The Archdruid Report come forcefully to mind. The point I’ve made there is that the survival of the internet doesn’t depend on whether maintaining some form of internet is technically possible in a post-peak world, on the one hand, and desirable on the other; it depends on whether the internet will be able to pay for itself, and successfully compete for scarce dollars against lower-tech ways of sending letters and selling porn, in a future when energy and resources are costly and harshly limited, while human labor is abundant and cheap.
With unnerving predictability, in turn, those who want to dispute my suggestion simply insist that the internet will survive because it’s technically feasible in a post-peak world, on the one hand, and desirable on the other. They don’t challenge the economic issue; they don’t address it at all; they simply raise their voices and talk even more loudly about the technical feasibility and desirability of the internet. What makes this all the more intriguing is that these are not stupid people; one and all, they’re bright and, at least by the standards of the present age, well-educated; catch them on this one point, though, and the result is a mental equivalent of the famous Blue Screen of Death.
From a broader perspective, this same inability to think about whole systems pervades contemporary industrial culture. You don’t have to go as far as the dwindling community of space-colony fans to find good examples, though that’s one I’ll be discussing down the road a bit; just notice how many people seem to believe that all the garbage and pollution they generate goes to a mythical place called “Away,” or that the Earth will provide us with an infinite supply of crude oil if we just keep drilling holes in her. (“We can’t be out of petroleum, we’ve still got drilling rigs left.”) For that matter, the paralogical thinking that drives speculative bubbles – if everybody is going to get rich by investing in the gimmick du jour, what does that suggest will happen to the value of money? – has rarely if ever been as popular as it is in modern America, and it depends as completely on a blindness to the implications of whole systems as any of the points I’ve mentioned.
I’d like to discuss another example at this point, though, because it bears directly on one of the central themes I’ve been developing here in recent months. What would you say, dear reader, if I told you that I’ve come up with a way to eliminate unemployment in the United States – yes, even in the face of the current economic mess? What if I explained that it would also improve the effective standard of living of many American families and decrease their income tax burdens? And that it would also increase our economic resilience and sustainability, and simultaneously cause a significant decrease in the amount of automobile traffic on America’s streets and highways? Would you be all for it?
No, dear reader, you wouldn’t. Permit me to explain why.
Right now, many two-income families with children in the United States are caught in a very curious economic bind. I haven’t been able to find statistics, but I personally know quite a few families for whom the cost of paid child care and one partner’s costs for commuting, business clothes, and all the other expenses of employment, approaches or even exceeds the take-home pay of one partner. Factor in the benefits of shifting to a lower tax bracket, and for a great many of these families, becoming a single-income family with one partner staying out of the paid work force would actually result in an increase in disposable income each month.
This is even before factoring in the financial elephant in the living room of the old one-income family: the economic benefits of the household economy. It’s only in the last half dozen decades that the home has become nothing more than a center of consumption; before then, it was a place where real wealth was produced. It costs a great deal less to buy the raw materials for meals than to pick up something from the supermarket deli on the way home from work, as so many people do these days, or to fill the pantry and the fridge with prepackaged processed food; it costs a great deal less to buy yarn than to purchase socks and afghans of anything like the quality a good knitter can make; it costs a great deal less to grow a good fraction of a family’s vegetables in a backyard garden than to buy them fresh at the grocery, if you can get them at all.
The difference in each case – and examples like this could be multiplied manyfold – is made by the household economy. Economists like to dismiss the household economy as inefficient, but it’s worth remembering that “efficiency” in current economic jargon is defined as labor efficiency – that is an economic process is considered more efficient if it uses less human labor, no matter how wildly inefficent it is in any other sense. Economists also like to dismiss the household economy because it lacks economies of scale, and here they’re on firmer ground. Still, there’s another factor that more than counterbalances this; much of the value of an employee’s labor – as much, as Marxists like to remind us, as the employer can get away with taking – goes to support his employer, while all of the value produced by labor in the household market remains with the family and is used directly, without being mediated through the money economy.
This is why, until quite recently, at least half the adult members of most families, aside from the urban poor, worked in the household economy instead of the money economy. It’s also why a grandparent or two or an unmarried aunt so often found a place in the family setting. This had very little to do with charity; an extra pair of hands that could be employed in the household economy was a significant economic asset to most families. One of the advantages of this, of course, is that elderly people continued to have a valued and productive role in their families and communities, instead of being paid to go away and do nothing until they die, as so many of them are today.
None of these things are any less possible today than they were in the 1920s, or for that matter the 1820s. As a former househusband, I can say this on the basis of personal experience; my wife and I found that we had a better standard of living on her bookkeeper’s salary alone, with a thriving full time household economy, than we had earlier on two salaries with only the scraps of a household economy the two of us could manage after work and commuting. I came in for a certain amount of derision for making that choice, of course, though it’s only fair to say that I got off very lightly in comparison to the abuse leveled, mostly by women, at those women I knew who made a similar decision.
Now of course that touches on one of the most volatile issues touching on the household economy, the politics of gender. For complex cultural reasons, a great many feminists in the 1960s and 1970s came to believe that working for one’s family in the household economy was a form of slavery, while working for an employer in the money economy – often under conditions that were even more exploitative – was a form of liberation. Now it’s certainly true that assigning people to participation in the household economy by gender was unfair, but it’s equally true that assigning them to participation in the money economy on the same basis was no better; for every woman whose talents were wasted in a housewife’s role, there was arguably a man whose life would have been much happier and more productive had he had the option of working full time in the household economy.
Feminism might usefully have challenged the relative social status assigned to the household and money economies, and pressed for a revaluation of work and gender that could have thrown open a much broader field of possibilities to people of both genders; and in fact some thoughtful steps were taken in this direction by a few perceptive thinkers in the movement. In general, though, that turned out to be the road not taken. Instead, the great majority of women simply accepted the social value given to participation in the money economy, demanded access to it for themselves, and got it. In the process, for most Americans, the household economy collapsed, or survived only as a dowdy sort of hobby practiced by the insufficiently fashionable.
Let’s grant at the outset, therefore, that there’s no particular reason why people of one gender ought to be more active in the household economy than people of the other; let’s assume that a great many men will make the choice I did, and work full time in the household economy while the women in their lives work full time for a paycheck. On that basis, is there a point to two-income families shifting gears and becoming families that combine one cash income with a productive household economy? Of course there is, and now more than ever.
To begin with, as already mentioned, a significant number of families with children would gain an immediate boost in their disposable income each month by taking the kids home from daycare, giving up the second commute (and in some cases, the second car as well), dropping the other expenses that come with paid employment, and taking a wild downhill ride through the income tax brackets. A great many more would find that when these benefits are combined with the real wealth produced by the household economy, they came out well ahead. Even those who simply broke even would be likely to find that differences in quality, though hard to measure in strictly economic terms, would make the change more than worthwhile.
Now take a moment to think of the effects on community and society. Take a significant amount of the workforce out of paid employment, and two things happen: first, unemployment rates go down, and second, competition among employers for the remaining workers tends to drive wages up. Some sectors of the economy would be negatively affected, to be sure; sales of convenience foods would decrease, and so would employment in the day care industry, among others; still, these industries would be affected by the contraction in workforce numbers along with all the others, and those employees who needed to find a job elsewhere would be entering a job market where their chances would be much better than they are at present. There would need to be some adjustments, especially to retirement arrangements, but those are going to have to happen fairly soon anyway.
Finally, factor in the impact of such a change on the resilience and sustainability of society. A nation in which a very large fraction of the workforce is insulated from the money economy, and produces a diverse array of goods and services at home for local consumption using relatively simple tools, is a nation that’s much better prepared to face the economic turmoil of the end of the age of cheap oil than a nation where nearly everyone depends for their income, as well as for the goods and services they use every day, on the global economy. A nation in which, let’s say, 30% fewer people have to drive to work than they do today is much better prepared to face the price spikes and shortages that will almost inevitably affect gasoline and other petroleum products in the years to come. A nation in which doing things for yourself again has a recognized social value is much better prepared for a future in which we will have to do much more for ourselves than most people can imagine just now.
So when can we expect the return of the single-income family to become an element of constructive plans for the post-peak future? When will Transition Town programs, let’s say, match up the experienced elderly with novice househusbands and housewives who want to learn how to cook, sew, can, garden, and knit? When will high-profile liberal couples start throwing parties to announce that one member of the pair is quitting paid employment, so that the poor have an easier job market and a better chance at upward mobility? When will people aggressively lobby their congressflacks to get a sizable income tax deduction and special Social Security arrangements for families with one income?
Let’s just say I’m not going to hold my breath. In fact, dear reader, I’m quite confident that even if you belong to that large group of married couples with children who could increase your disposable income by giving up that second job, you won’t do it; in fact, you won’t even run the numbers to see whether it would work for you – and the reason you won’t is that you’re so mesmerized by that monthly check of $2000 a month take-home, or whatever it happens to be, that you can’t imagine giving it up even if you have to spend $2200 a month to get it. That is to say, dear reader, that if you don’t think in terms of whole systems, the fact that the system costs of that second job might just outweigh the benefits will be as incomprehensible to you as a computer would have been to a medieval peasant.
The extraordinary blindness to whole systems that pervades our collective consciousness these days is a fairly recent thing – as recently as the 1970s, talk about system costs got far fewer blank stares and non sequiturs than it does today – and I doubt it will last long in historical terms, if only because the hard edge of Darwinian selection separates adaptive cultural forms from maladaptive ones with the same ruthlessness it applies to genetics. While it remains in place, it will likely cause a great deal of damage, but that in itself will tend to accelerate its replacement with some less dysfunctional habit of thought. Ironically, the Theodore Roethke poem with which I started this post offers a cogent reminder of that. It begins:
I wake to sleep, and take my waking slow.
I feel my fate in what I cannot fear.
I learn by going where I have to go.
We will all, I think, learn a great deal by going where we have to go during the lean and challenging years to come. The hope that we might manage to learn a thing or two in advance of that journey is understandable enough, and the thing has happened now and then in history; still, for reasons already discussed, that hope seems very frail to me just now.
Some of the responses to last week’s Archdruid Report post brought that point forcefully home to me. The theme of that post, as regular readers will remember, is that it’s meaningless to talk about the efficiency of machines vis-a-vis human beings unless the costs of the whole system needed to produce, maintain, and operate the machines is compared to the costs of the whole system needed to do the same for the human beings. In response to the post, a flurry of critics on and off the comments page of this blog presented arguments that simply ignored the system costs I’d spent the entire post discussing. I would have had no complaints if they’d disagreed with my analysis, or even argued against the inclusion of system costs altogether – the logic of dissensus, the deliberate cultivation of divergent strategies, is as relevant to my work as it is anywhere else – but that’s not what they did. Instead, they acted as though the issue of system costs had never been raised at all.
It’s a fascinating lapse of reason, and it keeps on surfacing in contemporary discussions of the deindustrial future. The recurrent debates on the future of the internet here on The Archdruid Report come forcefully to mind. The point I’ve made there is that the survival of the internet doesn’t depend on whether maintaining some form of internet is technically possible in a post-peak world, on the one hand, and desirable on the other; it depends on whether the internet will be able to pay for itself, and successfully compete for scarce dollars against lower-tech ways of sending letters and selling porn, in a future when energy and resources are costly and harshly limited, while human labor is abundant and cheap.
With unnerving predictability, in turn, those who want to dispute my suggestion simply insist that the internet will survive because it’s technically feasible in a post-peak world, on the one hand, and desirable on the other. They don’t challenge the economic issue; they don’t address it at all; they simply raise their voices and talk even more loudly about the technical feasibility and desirability of the internet. What makes this all the more intriguing is that these are not stupid people; one and all, they’re bright and, at least by the standards of the present age, well-educated; catch them on this one point, though, and the result is a mental equivalent of the famous Blue Screen of Death.
From a broader perspective, this same inability to think about whole systems pervades contemporary industrial culture. You don’t have to go as far as the dwindling community of space-colony fans to find good examples, though that’s one I’ll be discussing down the road a bit; just notice how many people seem to believe that all the garbage and pollution they generate goes to a mythical place called “Away,” or that the Earth will provide us with an infinite supply of crude oil if we just keep drilling holes in her. (“We can’t be out of petroleum, we’ve still got drilling rigs left.”) For that matter, the paralogical thinking that drives speculative bubbles – if everybody is going to get rich by investing in the gimmick du jour, what does that suggest will happen to the value of money? – has rarely if ever been as popular as it is in modern America, and it depends as completely on a blindness to the implications of whole systems as any of the points I’ve mentioned.
I’d like to discuss another example at this point, though, because it bears directly on one of the central themes I’ve been developing here in recent months. What would you say, dear reader, if I told you that I’ve come up with a way to eliminate unemployment in the United States – yes, even in the face of the current economic mess? What if I explained that it would also improve the effective standard of living of many American families and decrease their income tax burdens? And that it would also increase our economic resilience and sustainability, and simultaneously cause a significant decrease in the amount of automobile traffic on America’s streets and highways? Would you be all for it?
No, dear reader, you wouldn’t. Permit me to explain why.
Right now, many two-income families with children in the United States are caught in a very curious economic bind. I haven’t been able to find statistics, but I personally know quite a few families for whom the cost of paid child care and one partner’s costs for commuting, business clothes, and all the other expenses of employment, approaches or even exceeds the take-home pay of one partner. Factor in the benefits of shifting to a lower tax bracket, and for a great many of these families, becoming a single-income family with one partner staying out of the paid work force would actually result in an increase in disposable income each month.
This is even before factoring in the financial elephant in the living room of the old one-income family: the economic benefits of the household economy. It’s only in the last half dozen decades that the home has become nothing more than a center of consumption; before then, it was a place where real wealth was produced. It costs a great deal less to buy the raw materials for meals than to pick up something from the supermarket deli on the way home from work, as so many people do these days, or to fill the pantry and the fridge with prepackaged processed food; it costs a great deal less to buy yarn than to purchase socks and afghans of anything like the quality a good knitter can make; it costs a great deal less to grow a good fraction of a family’s vegetables in a backyard garden than to buy them fresh at the grocery, if you can get them at all.
The difference in each case – and examples like this could be multiplied manyfold – is made by the household economy. Economists like to dismiss the household economy as inefficient, but it’s worth remembering that “efficiency” in current economic jargon is defined as labor efficiency – that is an economic process is considered more efficient if it uses less human labor, no matter how wildly inefficent it is in any other sense. Economists also like to dismiss the household economy because it lacks economies of scale, and here they’re on firmer ground. Still, there’s another factor that more than counterbalances this; much of the value of an employee’s labor – as much, as Marxists like to remind us, as the employer can get away with taking – goes to support his employer, while all of the value produced by labor in the household market remains with the family and is used directly, without being mediated through the money economy.
This is why, until quite recently, at least half the adult members of most families, aside from the urban poor, worked in the household economy instead of the money economy. It’s also why a grandparent or two or an unmarried aunt so often found a place in the family setting. This had very little to do with charity; an extra pair of hands that could be employed in the household economy was a significant economic asset to most families. One of the advantages of this, of course, is that elderly people continued to have a valued and productive role in their families and communities, instead of being paid to go away and do nothing until they die, as so many of them are today.
None of these things are any less possible today than they were in the 1920s, or for that matter the 1820s. As a former househusband, I can say this on the basis of personal experience; my wife and I found that we had a better standard of living on her bookkeeper’s salary alone, with a thriving full time household economy, than we had earlier on two salaries with only the scraps of a household economy the two of us could manage after work and commuting. I came in for a certain amount of derision for making that choice, of course, though it’s only fair to say that I got off very lightly in comparison to the abuse leveled, mostly by women, at those women I knew who made a similar decision.
Now of course that touches on one of the most volatile issues touching on the household economy, the politics of gender. For complex cultural reasons, a great many feminists in the 1960s and 1970s came to believe that working for one’s family in the household economy was a form of slavery, while working for an employer in the money economy – often under conditions that were even more exploitative – was a form of liberation. Now it’s certainly true that assigning people to participation in the household economy by gender was unfair, but it’s equally true that assigning them to participation in the money economy on the same basis was no better; for every woman whose talents were wasted in a housewife’s role, there was arguably a man whose life would have been much happier and more productive had he had the option of working full time in the household economy.
Feminism might usefully have challenged the relative social status assigned to the household and money economies, and pressed for a revaluation of work and gender that could have thrown open a much broader field of possibilities to people of both genders; and in fact some thoughtful steps were taken in this direction by a few perceptive thinkers in the movement. In general, though, that turned out to be the road not taken. Instead, the great majority of women simply accepted the social value given to participation in the money economy, demanded access to it for themselves, and got it. In the process, for most Americans, the household economy collapsed, or survived only as a dowdy sort of hobby practiced by the insufficiently fashionable.
Let’s grant at the outset, therefore, that there’s no particular reason why people of one gender ought to be more active in the household economy than people of the other; let’s assume that a great many men will make the choice I did, and work full time in the household economy while the women in their lives work full time for a paycheck. On that basis, is there a point to two-income families shifting gears and becoming families that combine one cash income with a productive household economy? Of course there is, and now more than ever.
To begin with, as already mentioned, a significant number of families with children would gain an immediate boost in their disposable income each month by taking the kids home from daycare, giving up the second commute (and in some cases, the second car as well), dropping the other expenses that come with paid employment, and taking a wild downhill ride through the income tax brackets. A great many more would find that when these benefits are combined with the real wealth produced by the household economy, they came out well ahead. Even those who simply broke even would be likely to find that differences in quality, though hard to measure in strictly economic terms, would make the change more than worthwhile.
Now take a moment to think of the effects on community and society. Take a significant amount of the workforce out of paid employment, and two things happen: first, unemployment rates go down, and second, competition among employers for the remaining workers tends to drive wages up. Some sectors of the economy would be negatively affected, to be sure; sales of convenience foods would decrease, and so would employment in the day care industry, among others; still, these industries would be affected by the contraction in workforce numbers along with all the others, and those employees who needed to find a job elsewhere would be entering a job market where their chances would be much better than they are at present. There would need to be some adjustments, especially to retirement arrangements, but those are going to have to happen fairly soon anyway.
Finally, factor in the impact of such a change on the resilience and sustainability of society. A nation in which a very large fraction of the workforce is insulated from the money economy, and produces a diverse array of goods and services at home for local consumption using relatively simple tools, is a nation that’s much better prepared to face the economic turmoil of the end of the age of cheap oil than a nation where nearly everyone depends for their income, as well as for the goods and services they use every day, on the global economy. A nation in which, let’s say, 30% fewer people have to drive to work than they do today is much better prepared to face the price spikes and shortages that will almost inevitably affect gasoline and other petroleum products in the years to come. A nation in which doing things for yourself again has a recognized social value is much better prepared for a future in which we will have to do much more for ourselves than most people can imagine just now.
So when can we expect the return of the single-income family to become an element of constructive plans for the post-peak future? When will Transition Town programs, let’s say, match up the experienced elderly with novice househusbands and housewives who want to learn how to cook, sew, can, garden, and knit? When will high-profile liberal couples start throwing parties to announce that one member of the pair is quitting paid employment, so that the poor have an easier job market and a better chance at upward mobility? When will people aggressively lobby their congressflacks to get a sizable income tax deduction and special Social Security arrangements for families with one income?
Let’s just say I’m not going to hold my breath. In fact, dear reader, I’m quite confident that even if you belong to that large group of married couples with children who could increase your disposable income by giving up that second job, you won’t do it; in fact, you won’t even run the numbers to see whether it would work for you – and the reason you won’t is that you’re so mesmerized by that monthly check of $2000 a month take-home, or whatever it happens to be, that you can’t imagine giving it up even if you have to spend $2200 a month to get it. That is to say, dear reader, that if you don’t think in terms of whole systems, the fact that the system costs of that second job might just outweigh the benefits will be as incomprehensible to you as a computer would have been to a medieval peasant.
The extraordinary blindness to whole systems that pervades our collective consciousness these days is a fairly recent thing – as recently as the 1970s, talk about system costs got far fewer blank stares and non sequiturs than it does today – and I doubt it will last long in historical terms, if only because the hard edge of Darwinian selection separates adaptive cultural forms from maladaptive ones with the same ruthlessness it applies to genetics. While it remains in place, it will likely cause a great deal of damage, but that in itself will tend to accelerate its replacement with some less dysfunctional habit of thought. Ironically, the Theodore Roethke poem with which I started this post offers a cogent reminder of that. It begins:
I wake to sleep, and take my waking slow.
I feel my fate in what I cannot fear.
I learn by going where I have to go.
We will all, I think, learn a great deal by going where we have to go during the lean and challenging years to come. The hope that we might manage to learn a thing or two in advance of that journey is understandable enough, and the thing has happened now and then in history; still, for reasons already discussed, that hope seems very frail to me just now.
Wednesday, April 7, 2010
The Twilight of the Machine
The end of the age of cheap abundant energy, as last week’s Archdruid Report argued, brings with it an unavoidable reshaping of our most basic ideas about economics and, in particular, economic development. For the last three centuries or so, the effective meaning of this phrase has centered on the replacement of human labor by machines. All the other measures of development – and of course plenty of them have been offered down through the years – either reflect or presuppose that basic economic shift.
The replacement of labor with mechanical energy has even come to play a potent role in the popular imagination. From the machine-assisted living of The Jetsons to the darker image of reality itself as a machine-created illusion in The Matrix, the future has come to be defined as a place where people do even less work with their own muscles than they do today. All this is the product of what an earlier post called the logic of abundance: the notion, rooted right down in the core of the contemporary worldview of industrial society, that there will always be enough resources to let people have whatever it is that they think they want.
Abandon that comfortable but unjustifiable assumption, and the future takes on a very different shape. In a world where everything but human beings will be in short supply, it makes no sense whatever to deploy increasingly scarce resources to build, maintain, and power machines to do jobs that human labor can do equally well. An example may be useful here, so let’s take Rosie the Riveter, the iconic woman factory worker of Second World War fame, and match her up against one of the computer-guided assembly line robots that have replaced so many workers in production lines in the industrial world; we might as well pit icon against icon and call the robot HAL 9000.
Both of them serve the same economic function, we’ll assume, riveting parts together on an assembly line. It’s a credo of contemporary economics that HAL is more efficient than Rosie; since the term “efficiency” in contemporary economic parlance means “labor efficiency,” or in other words how much production you can get per worker, any machine is by definition more efficient than human labor. In a world of resource constraints, though, this definition of efficiency becomes very hard to justify. It may be true that HAL can work long shifts at all hours with only the very occasional break for maintenance – at least this is what the robot salesman will tell you – and Rosie cannot. Still, in a world of resource scarcity, Rosie has a crucial advantage that more than offsets HAL’s capacity for night shifts: her operating requirements are much less energy- and technology-intensive to meet than HAL’s.
We can start with the energy source used by each riveter. HAL requires electricity – quite a bit of it, within fairly tight specifications of voltage, amperage, and cycles per second. For her part, Rosie requires food, and though she’s been known to take a second helping in the factory cafeteria, her fuel needs are fairly modest compared to those of the machine. Her tolerances for variability in energy sources are also much broader than HAL’s – if you have trouble believing this, a few minutes paging through an old wartime cookbook should settle the issue.
HAL’s maintenance requirements are just as exacting. He needs lubricants that meet precise specifications, and an assortment of spare parts ranging from zinc bushings to integrated circuits, none of which he can provide for himself. All of them must be manufactured off site, and some (such as the integrated circuit) cannot be made without extremely expensive, complex facilities demanding intricate technological infrastructures of their own. Rosie’s maintenance needs, by contrast, involve little more than eight hours of sleep and a modest additional amount of food. (“I’ll have two scoops of slumgullion today, Franny, thanks; it’s been a hard shift.”)
When it’s necessary to replace HAL, a huge array of industrial facilities – mines, smelters, chemical plants, chip fabrication plants, and one or (usually) several factories – have to be brought into play to produce HAL 9100. Unlike HAL, Rosie can manufacture her own replacement, and while it will take most of two decades before Rosie Jr. is ready to tie her hair up in a bandanna and take her place on the assembly line, Rosie’s own working life is longer still, so the replacement cycle is not a problem for her. In a world with nearly seven billion people on it, of course, it’s hardly necessary to wait for Rosie herself to reproduce in order to find a new riveter, or ten thousand of them.
Finally, what happens if the economy changes so that there’s no longer a need for as many riveters, as happened (for example) at the end of the Second World War? It might be possible to retool HAL for some other industrial process, but for reasons of efficiency, most assembly line robots are designed for a very limited range of operations, and get mothballed or go to the scrap heap (to the tune of a substantial tax writeoff) when the demand for their services goes away. Rosie, on the other hand, is capable of a nearly limitless range of productive economic activities, and can head off to some other career when the factory closes down, leaving HAL to sing “Daisy May” to himself on the deserted assembly line.
All this could be developed at even greater detail, and with less whimsy, but I trust the point has been made: HAL’s appearance of greater efficiency depends on access to a support system of factories and services vastly larger than the one Rosie needs, and his support system necessarily depends on the availability of cheap abundant energy and a wide range of specialized resources and supplies, while hers need not do so. What makes HAL more economical in an age of resource and energy abundance is ultimately the abundant supply and low cost of fossil fuel energy. During an age of resource scarcity, the equation changes completely, because the goods and services that support Rosie can be produced with a much simpler technology, and with much less in the way of concentrated energy, than the goods and services that support HAL.
There’s a reason for this, of course: human beings evolved over millions of years in a world of energy and resource scarcity, along with all other living things. Our hominid ancestors, and all their ancestors down the lineage of evolution all the way to those first prokaryotic cells back in the dank Archean mists, spent most of their lives confronting the hard logic of Malthus by which population rises right up to the limits of carrying capacity. There are some multicellular organisms that have requirements as exacting and purposes as limited as most machines, but not many, and our species ranks right up there with rats, crows, and cockroaches among Nature’s supreme generalists.
It’s only in the highly atypical conditions of the last three centuries, then, that machines become more economical than human laborers. This is why, for example, nobody in the Roman world thought of using Hero of Alexandria’s aeolipile, the first known steam engine, as a source of power for industry or transport. Craft traditions in the Roman Empire would certainly have been up to the challenge, and the aeolipile was much discussed at the time as an interesting curiosity; what was lacking was the recognition that the black gooey stuff that seeped from the ground in certain places, or the black flammable stone we call coal, could be extracted in large quantities and turned into fuel. Lacking that, in turn, the aelopile could never have been more than an interesting curiosity, for the fuel supplies the Roman world knew about were already committed to existing economic sectors, while human and animal muscle were abundant, familiar, and cheap.
As the industrial age winds down, in turn, human muscle will again be abundant. Will it be cheap? Almost certainly, yes – and that means that real wages for most people in the industrial world will continue their current slide toward Third World levels. I wish I could say otherwise, not least because my chances of taking part in that slide are tolerably high. Still, part of what has made the last three centuries so atypical is the extent to which ordinary people in the industrial world have been able to rise out of the hand-to-mouth existence typical of most of humanity for most of history, and partake of a degree of comfort and security that monarchs of past ages have often sought in vain. That state of affairs could never have been permanent, because it was made possible only by using up fantastic amounts of fossil sunlight at a pace so extravagant that the quest to figure out what to do with all that energy has been a major driver of economic change for more than a century now; it’s simply our bad luck to live at a time when the bill for all that extravagance is coming due.
All this should be fairly straightforward and uncontroversial. It isn’t, of course, because the contemporary faith in the superiority of the machine reaches deep into the irrational levels of our collective psyche. When Lewis Mumford titled one of his most significant books The Myth of the Machine he was not engaging in hyperbole. The thought that Rosie the Riveter could go head to head with HAL 9000 under any conditions, and win hands down, is unthinkable to most of us; it’s a matter of folk belief throughout industrial society that the machine always wins, or at least that any victory over it is as temporary and fatal as John Henry’s Pyrrhic triumph over the steam drill.
The machine is our totem, the focus of a great deal of our culture’s sense of value and purpose, and most people in the industrial world accord it the same omnipotence that older religions claim for their gods. The sheer volume of popular culture over the last century or so that fixates on the notion of machines taking over the world, and treating humanity the way industrial humanity has so often treated other living things, is one indicator of the mythic power machines have come to hold in our collective imagination. It’s for this reason, I think, that so many of us simply can’t imagine a future in which machines will be less economically viable than human labor.
Yet if it costs the equivalent of $5 a day to hire a file clerk and a secretary at Third World wage scales, and it costs the equivalent of $10 a day in expensive and unreliable electricity to run a computer to do the same things, those businesses that hope to succeed will hire the file clerk and the secretary, and the computer will be left to gather dust. Now it’s true, as fans of computers are quick to point out, that computers will do things that secretaries and file clerks can’t, but the reverse is also true – try asking your computer sometime to go pick up takeout lunch for the office from a place that doesn’t deliver – and many of the abilities unique to computers are conveniences rather than necessities; businesses got along very well without them for thousands of years, remember.
Once again, however, this points up the value of E.F. Schumacher’s concept of intermediate technology – or, as it was usefully retitled in the Seventies, appropriate technology – for the deindustrial future. The technology that’s useful to help a human worker do his job more effectively is not the same as the technology that’s needed to replace him with a machine. As cheap abundant energy becomes a thing of the past, replacing workers with machines will no longer be a viable option, but providing workers with tools that will make their labor more productive is quite another matter.
The problem here is that very few people are used to thinking in these terms. The vast majority of thinking about appropriate technology these days still envisions it, as Schumacher did, as something to be used in Third World countries only. Worse still, while every industry in the world once had a vast amount of practical knowledge about the tools and training human workers needed to do their jobs well, nearly all of that knowledge is endangered if it hasn’t already been lost.
Consider the slide rule as one example among many. Until the 1970s, it was the engineer’s inseparable companion; every technological advance from the mid-19th century until Apollo 11 landed on the Moon was made possible, in part, by competent manipulation of this simple, flexible, ingenious tool by people who knew how to make the most of its strengths and work within its limits. Since it doesn’t require a massive and technologically complex support structure to construct, maintain, and operate them – any good cabinetmaker can make one, and their proper fuel is a scoop of the same slumgullion that kept Rosie going on her shift – slide rules are likely to be just as useful on the downslope of the industrial age as they were on the way up. If, that is, anybody on Earth still remembers how to use one when we get to that point along the curve of deindustrialization.
This is where the myth of the machine – the conviction, as irrational these days as it is pervasive, that the best person for any job is always not a person at all, but a machine – stops becoming a curious twist of our collective imagination and turns into a trap we ignore at our peril. As peak oil moves closer to center stage in the historical drama of our time, making the gargantuan technostructure we’ve built on a foundation of cheap abundant energy ever more problematic to sustain, the most common response from the centers of power and the masses alike is to call for the development of even more complex, gargantuan, and tightly interlinked machines, pushing the technostructure in the direction of greater risk and greater dysfunction. It’s hardly an exaggeration to suggest that if it turned out we were all about to perish en masse from building too many machines, the first reaction of most people in today’s industrial cultures would likely be to insist that the answer was to build more machines.
Thus we will doubtless see plenty of shiny new machines built in the years to come, and they will doubtless do their fair share and more to push industrial civilization further down the arc of its decline. As the ancient Greeks knew well, it’s the essence of tragedy that the arete, the particular excellence, of a tragic hero also turns out to be his hamartia or fatal flaw; put another way, a civilization that lives by the machine can expect to die by the machine as well. Still, among the heretical minority that has learned to mistrust the myth of the machine, it may well be worth remembering that as the age of scarcity dawns, educating people is a far more useful project than building machines, and doing as much as possible to insure that individuals, families, and communities have the skills and simple tools they need to work productively is one very promising response to the future ahead of us. We’ll talk about one application of that approach next week.
The replacement of labor with mechanical energy has even come to play a potent role in the popular imagination. From the machine-assisted living of The Jetsons to the darker image of reality itself as a machine-created illusion in The Matrix, the future has come to be defined as a place where people do even less work with their own muscles than they do today. All this is the product of what an earlier post called the logic of abundance: the notion, rooted right down in the core of the contemporary worldview of industrial society, that there will always be enough resources to let people have whatever it is that they think they want.
Abandon that comfortable but unjustifiable assumption, and the future takes on a very different shape. In a world where everything but human beings will be in short supply, it makes no sense whatever to deploy increasingly scarce resources to build, maintain, and power machines to do jobs that human labor can do equally well. An example may be useful here, so let’s take Rosie the Riveter, the iconic woman factory worker of Second World War fame, and match her up against one of the computer-guided assembly line robots that have replaced so many workers in production lines in the industrial world; we might as well pit icon against icon and call the robot HAL 9000.
Both of them serve the same economic function, we’ll assume, riveting parts together on an assembly line. It’s a credo of contemporary economics that HAL is more efficient than Rosie; since the term “efficiency” in contemporary economic parlance means “labor efficiency,” or in other words how much production you can get per worker, any machine is by definition more efficient than human labor. In a world of resource constraints, though, this definition of efficiency becomes very hard to justify. It may be true that HAL can work long shifts at all hours with only the very occasional break for maintenance – at least this is what the robot salesman will tell you – and Rosie cannot. Still, in a world of resource scarcity, Rosie has a crucial advantage that more than offsets HAL’s capacity for night shifts: her operating requirements are much less energy- and technology-intensive to meet than HAL’s.We can start with the energy source used by each riveter. HAL requires electricity – quite a bit of it, within fairly tight specifications of voltage, amperage, and cycles per second. For her part, Rosie requires food, and though she’s been known to take a second helping in the factory cafeteria, her fuel needs are fairly modest compared to those of the machine. Her tolerances for variability in energy sources are also much broader than HAL’s – if you have trouble believing this, a few minutes paging through an old wartime cookbook should settle the issue.
HAL’s maintenance requirements are just as exacting. He needs lubricants that meet precise specifications, and an assortment of spare parts ranging from zinc bushings to integrated circuits, none of which he can provide for himself. All of them must be manufactured off site, and some (such as the integrated circuit) cannot be made without extremely expensive, complex facilities demanding intricate technological infrastructures of their own. Rosie’s maintenance needs, by contrast, involve little more than eight hours of sleep and a modest additional amount of food. (“I’ll have two scoops of slumgullion today, Franny, thanks; it’s been a hard shift.”)
When it’s necessary to replace HAL, a huge array of industrial facilities – mines, smelters, chemical plants, chip fabrication plants, and one or (usually) several factories – have to be brought into play to produce HAL 9100. Unlike HAL, Rosie can manufacture her own replacement, and while it will take most of two decades before Rosie Jr. is ready to tie her hair up in a bandanna and take her place on the assembly line, Rosie’s own working life is longer still, so the replacement cycle is not a problem for her. In a world with nearly seven billion people on it, of course, it’s hardly necessary to wait for Rosie herself to reproduce in order to find a new riveter, or ten thousand of them.
Finally, what happens if the economy changes so that there’s no longer a need for as many riveters, as happened (for example) at the end of the Second World War? It might be possible to retool HAL for some other industrial process, but for reasons of efficiency, most assembly line robots are designed for a very limited range of operations, and get mothballed or go to the scrap heap (to the tune of a substantial tax writeoff) when the demand for their services goes away. Rosie, on the other hand, is capable of a nearly limitless range of productive economic activities, and can head off to some other career when the factory closes down, leaving HAL to sing “Daisy May” to himself on the deserted assembly line.
All this could be developed at even greater detail, and with less whimsy, but I trust the point has been made: HAL’s appearance of greater efficiency depends on access to a support system of factories and services vastly larger than the one Rosie needs, and his support system necessarily depends on the availability of cheap abundant energy and a wide range of specialized resources and supplies, while hers need not do so. What makes HAL more economical in an age of resource and energy abundance is ultimately the abundant supply and low cost of fossil fuel energy. During an age of resource scarcity, the equation changes completely, because the goods and services that support Rosie can be produced with a much simpler technology, and with much less in the way of concentrated energy, than the goods and services that support HAL.
There’s a reason for this, of course: human beings evolved over millions of years in a world of energy and resource scarcity, along with all other living things. Our hominid ancestors, and all their ancestors down the lineage of evolution all the way to those first prokaryotic cells back in the dank Archean mists, spent most of their lives confronting the hard logic of Malthus by which population rises right up to the limits of carrying capacity. There are some multicellular organisms that have requirements as exacting and purposes as limited as most machines, but not many, and our species ranks right up there with rats, crows, and cockroaches among Nature’s supreme generalists.
It’s only in the highly atypical conditions of the last three centuries, then, that machines become more economical than human laborers. This is why, for example, nobody in the Roman world thought of using Hero of Alexandria’s aeolipile, the first known steam engine, as a source of power for industry or transport. Craft traditions in the Roman Empire would certainly have been up to the challenge, and the aeolipile was much discussed at the time as an interesting curiosity; what was lacking was the recognition that the black gooey stuff that seeped from the ground in certain places, or the black flammable stone we call coal, could be extracted in large quantities and turned into fuel. Lacking that, in turn, the aelopile could never have been more than an interesting curiosity, for the fuel supplies the Roman world knew about were already committed to existing economic sectors, while human and animal muscle were abundant, familiar, and cheap.
As the industrial age winds down, in turn, human muscle will again be abundant. Will it be cheap? Almost certainly, yes – and that means that real wages for most people in the industrial world will continue their current slide toward Third World levels. I wish I could say otherwise, not least because my chances of taking part in that slide are tolerably high. Still, part of what has made the last three centuries so atypical is the extent to which ordinary people in the industrial world have been able to rise out of the hand-to-mouth existence typical of most of humanity for most of history, and partake of a degree of comfort and security that monarchs of past ages have often sought in vain. That state of affairs could never have been permanent, because it was made possible only by using up fantastic amounts of fossil sunlight at a pace so extravagant that the quest to figure out what to do with all that energy has been a major driver of economic change for more than a century now; it’s simply our bad luck to live at a time when the bill for all that extravagance is coming due.
All this should be fairly straightforward and uncontroversial. It isn’t, of course, because the contemporary faith in the superiority of the machine reaches deep into the irrational levels of our collective psyche. When Lewis Mumford titled one of his most significant books The Myth of the Machine he was not engaging in hyperbole. The thought that Rosie the Riveter could go head to head with HAL 9000 under any conditions, and win hands down, is unthinkable to most of us; it’s a matter of folk belief throughout industrial society that the machine always wins, or at least that any victory over it is as temporary and fatal as John Henry’s Pyrrhic triumph over the steam drill.
The machine is our totem, the focus of a great deal of our culture’s sense of value and purpose, and most people in the industrial world accord it the same omnipotence that older religions claim for their gods. The sheer volume of popular culture over the last century or so that fixates on the notion of machines taking over the world, and treating humanity the way industrial humanity has so often treated other living things, is one indicator of the mythic power machines have come to hold in our collective imagination. It’s for this reason, I think, that so many of us simply can’t imagine a future in which machines will be less economically viable than human labor.
Yet if it costs the equivalent of $5 a day to hire a file clerk and a secretary at Third World wage scales, and it costs the equivalent of $10 a day in expensive and unreliable electricity to run a computer to do the same things, those businesses that hope to succeed will hire the file clerk and the secretary, and the computer will be left to gather dust. Now it’s true, as fans of computers are quick to point out, that computers will do things that secretaries and file clerks can’t, but the reverse is also true – try asking your computer sometime to go pick up takeout lunch for the office from a place that doesn’t deliver – and many of the abilities unique to computers are conveniences rather than necessities; businesses got along very well without them for thousands of years, remember.
Once again, however, this points up the value of E.F. Schumacher’s concept of intermediate technology – or, as it was usefully retitled in the Seventies, appropriate technology – for the deindustrial future. The technology that’s useful to help a human worker do his job more effectively is not the same as the technology that’s needed to replace him with a machine. As cheap abundant energy becomes a thing of the past, replacing workers with machines will no longer be a viable option, but providing workers with tools that will make their labor more productive is quite another matter.
The problem here is that very few people are used to thinking in these terms. The vast majority of thinking about appropriate technology these days still envisions it, as Schumacher did, as something to be used in Third World countries only. Worse still, while every industry in the world once had a vast amount of practical knowledge about the tools and training human workers needed to do their jobs well, nearly all of that knowledge is endangered if it hasn’t already been lost.
Consider the slide rule as one example among many. Until the 1970s, it was the engineer’s inseparable companion; every technological advance from the mid-19th century until Apollo 11 landed on the Moon was made possible, in part, by competent manipulation of this simple, flexible, ingenious tool by people who knew how to make the most of its strengths and work within its limits. Since it doesn’t require a massive and technologically complex support structure to construct, maintain, and operate them – any good cabinetmaker can make one, and their proper fuel is a scoop of the same slumgullion that kept Rosie going on her shift – slide rules are likely to be just as useful on the downslope of the industrial age as they were on the way up. If, that is, anybody on Earth still remembers how to use one when we get to that point along the curve of deindustrialization.
This is where the myth of the machine – the conviction, as irrational these days as it is pervasive, that the best person for any job is always not a person at all, but a machine – stops becoming a curious twist of our collective imagination and turns into a trap we ignore at our peril. As peak oil moves closer to center stage in the historical drama of our time, making the gargantuan technostructure we’ve built on a foundation of cheap abundant energy ever more problematic to sustain, the most common response from the centers of power and the masses alike is to call for the development of even more complex, gargantuan, and tightly interlinked machines, pushing the technostructure in the direction of greater risk and greater dysfunction. It’s hardly an exaggeration to suggest that if it turned out we were all about to perish en masse from building too many machines, the first reaction of most people in today’s industrial cultures would likely be to insist that the answer was to build more machines.
Thus we will doubtless see plenty of shiny new machines built in the years to come, and they will doubtless do their fair share and more to push industrial civilization further down the arc of its decline. As the ancient Greeks knew well, it’s the essence of tragedy that the arete, the particular excellence, of a tragic hero also turns out to be his hamartia or fatal flaw; put another way, a civilization that lives by the machine can expect to die by the machine as well. Still, among the heretical minority that has learned to mistrust the myth of the machine, it may well be worth remembering that as the age of scarcity dawns, educating people is a far more useful project than building machines, and doing as much as possible to insure that individuals, families, and communities have the skills and simple tools they need to work productively is one very promising response to the future ahead of us. We’ll talk about one application of that approach next week.
Saturday, April 3, 2010
Future vehicles
BRP
Toyota i-foot
The PALV
Spring Tail
SKYWALKER
Pierre-Sabbas
Detonator
BMW ZX-6
VWrecomended :
Friday, April 2, 2010
Odd couples of the animal world
BoonLua, a long-tailed macaque, lives with Toby, a rabbit, in the Ayutthaya province, about 50 miles north of Bangkok. This Sept. 6, 2008, photo shows BoonLua at age 6. BoonLua lost both legs and one arm during a dog attack three years earlier. He dragged himself to a nearby temple where he received medical treatment and survived. He now lives in a custom built enclosure with the rabbit.
Auan, a 7-year-old female cat, shares a meal with Jeena, a 3-year-old male mouse, at a farmer's house in the central province of Phichit, 281 miles north of Bangkok, Aug. 7, 2002. The animals' owners say Auan found Jeena three years earlier and afterward became his playmate and protector. They said Auan warded off dogs.
A farm worker holds a piglet and two of three tiger cubs rejected by their mother at a zoo in Dnepropetrovsk, Ukraine, on Sept. 24. A pig at a farm in eastern Ukraine is nursing the three newborn tigers along with a dozen of its own piglets
When Florida farm owner Jim FavreJustify Fullau looked out his window July 20, 2009, during a typical summer downpour, he was mortified to see a litter of day-old piglets struggling to stave off the storm's rising waters in Lee County. After bringing the piglets inside to dry off, Favreau was astounded anew: His dog, a Rottweiler-pit bull mix, was nursing the house's newest denizens, ABC affiliate WZVN reported. "It's amazing, it's awesome," Angel Roman, Favreau's friend, told WZVN. "It's good to see, though. It's good to see good things in life and this is one of them."
Perhaps maternity is species-blind, or so recent events would suggest. After a red panda unexpectedly gave birth to two cubs at the Taiyuan Zoo in northern China, and then promptly abandoned them, zoo officials called on a recently pregnant dog to step in as surrogate mother, China's state news agency reported. The cubs, who have grown to a length of 8 inches since their June 25, 2009, birth, join a dwindling population. Wildlife experts estimate there are fewer than 2,500 adult red pandas in the world."
Isabella, a yellow lab at the Safari Zoological Park east of Caney, Kan., has adopted three white tiger cubs that were abandoned by their mother
It was puppy love for a duck and puppy in China. The Chinese family had a pet duck, and when they took in an abandoned pup, the two became fast friends. They play together, they nap together, and they are rarely out of each other's sight.
Thursday, April 1, 2010
GHOST Captured On Amateur Camera
Here Is collection of Ghosts caught by Amateur camera :
Real Ghost On Lift :
Real Ghost On Lift :
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