Archive for July 8th, 2011

Sacred Economics: Chapter 2, “The Illusion of Scarcity” (Pt. 3)

Sacred Economics: Chapter 2, “The Illusion of Scarcity” (Pt. 3)

Posted 07 July 2011, by Charles Eisenstein,  Reality Sandwich, realitysandwich.com

The following is the third installment from Sacred Economics: Money, Gift, and Society in the Age of Transition, available from EVOLVER EDITIONS/North Atlantic Books. You can read the Introduction here, and visit the Sacred Economics homepage here.


Chapter 2

The Illusion of Scarcity

With unabated bounty the land of England blooms and grows; waving with yellow harvests; thick-studded with workshops, industrial implements, with fifteen millions of workers, understood to be the strongest, the cunningest and the willingest our Earth ever had; these men are here; the work they have done, the fruit they have realized is here, abundant, exuberant on every hand of us: and behold, some baleful fiat as of Enchantment has gone forth, saying, “Touch it not, ye workers, ye master-workers, ye master-idlers; none of you can touch it, no man of you shall be the better for it; this is enchanted fruit!”  —Thomas Carlyle, Past and Present

It is said that money, or at least the love of it, is the root of all evil. But why should it be? After all, the purpose of money is, at its most basic, simply to facilitate exchange—in other words, to connect human gifts with human needs. What power, what monstrous perversion, has turned money into the opposite: an agent of scarcity?

For indeed we live in a world of fundamental abundance, a world where vast quantities of food, energy, and materials go to waste. Half the world starves while the other half wastes enough to feed the first half. In the Third World and our own ghettos, people lack food, shelter, and other basic necessities and cannot afford to buy them. Meanwhile, we pour vast resources into wars, plastic junk, and innumerable other products that do not serve human happiness. Obviously, poverty is not due to a lack of productive capacity. Nor is it due to a lack of willingness to help: many people would love to feed the poor, to restore nature, and do other meaningful work but cannot because there is no money in it. Money utterly fails to connect gifts and needs. Why?

For years, following conventional opinion, I thought the answer was “greed.” Why do sweatshop factories push wages down to the bare minimum? Greed. Why do people buy gas-guzzling SUVs? Greed. Why do pharmaceutical companies suppress research and sell drugs that they know are dangerous? Greed. Why do tropical fish suppliers dynamite coral reefs? Why do factories pump toxic waste into the rivers? Why do corporate raiders loot employee pension funds? Greed, greed, greed.

Eventually I became uncomfortable with that answer. For one thing, it plays into the same ideology of separation that lies at the root of our civilization’s ills. It is an ideology as old as agriculture’s division of the world into two separate realms: the wild and the domestic, the human and the natural, the wheat and the weed. It says there are two opposing forces in this world, good and evil, and that we can create a better world by eliminating evil. There is something bad in the world and something bad in ourselves, something we must extirpate to make the world safe for goodness.

The war against evil imbues every institution of our society. In agriculture, it appears as the desire to exterminate wolves, to destroy all weeds with glyphosate, to kill all the pests. In medicine it is the war against germs, a constant battle against a hostile world. In religion it is the struggle against sin, or against ego, or against faithlessness or doubt, or against the outward projection of these things: the devil, the infidel. It is the mentality of purifying and purging, of self-improvement and conquest, of rising above nature and transcending desire, of sacrificing oneself in order to be good. Above all, it is the mentality of control.

It says that once final victory over evil is won, we will enter paradise. When we eliminate all the terrorists or create an impenetrable barrier to them, we will be safe. When we develop an irresistible antibiotic and artificial regulation of body processes, we will have perfect health. When we make crime impossible and have a law to govern everything, we will have a perfect society. When you overcome your laziness, your compulsions, your addictions, you will have a perfect life. Until then, you are just going to have to try harder.

In the same vein, the problem in economic life is supposedly greed, both outside ourselves in the form of all those greedy people and within ourselves in the form of our own greedy tendencies. We like to imagine that we ourselves are not so greedy—maybe we have greedy impulses, but we keep them under control. Unlike some people! Some people don’t keep their greed in check. They are lacking in something fundamental that you and I have, some basic decency, basic goodness. They are, in a word, Bad. If they can’t learn to restrain their desires, to make do with less, then we’ll have to force them to.

Clearly, the paradigm of greed is rife with judgment of others, and with self-judgment as well. Our self-righteous anger and hatred of the greedy harbor the secret fear that we are no better than they are. It is the hypocrite who is the most zealous in the persecution of evil. Externalizing the enemy gives expression to unresolved feelings of anger. In a way, this is a necessity: the consequences of keeping them bottled up or directed inward are horrific. But there came a time in my life when I was through hating, through with the war against the self, through with the struggle to be good, and through with the pretense that I was any better than anyone else. I believe humanity, collectively, is nearing such a time as well. Ultimately, greed is a red herring, itself a symptom and not a cause of a deeper problem. To blame greed and to fight it by intensifying the program of self-control is to intensify the war against the self, which is just another expression of the war against nature and the war against the other that lies at the base of the present crisis of civilization.

Greed makes sense in a context of scarcity. Our reigning ideology assumes it: it is built in to our Story of Self. The separate self in a universe governed by hostile or indifferent forces is always at the edge of extinction, and secure only to the extent that it can control these forces. Cast into an objective universe external to ourselves, we must compete with each other for limited resources. Based on the story of the separate self, both biology and economics have therefore written greed into their basic axioms. In biology it is the gene seeking to maximize reproductive self-interest; in economics it is the rational actor seeking to maximize financial self-interest. But what if the assumption of scarcity is false—a projection of our ideology, and not the ultimate reality? If so, then greed is not written into our biology but is a mere symptom of the perception of scarcity.

An indication that greed reflects the perception rather than the reality of scarcity is that rich people tend to be less generous than poor people. In my experience, poor people quite often lend or give each other small sums that, proportionally speaking, would be the equivalent of half a rich person’s net worth. Extensive research backs up this observation. A large 2002 survey by Independent Sector, a nonprofit research organization, found that Americans making less than $25,000 gave 4.2 percent of their income to charity, as opposed to 2.7 percent for people making over $100,000. More recently, Paul Piff, a social psychologist at University of California–Berkeley, found that “lower-income people were more generous, charitable, trusting and helpful to others than were those with more wealth.”1 Piff found that when research subjects were given money to anonymously distribute between themselves and a partner (who would never know their identity), their generosity correlated inversely to their socioeconomic status.2

While it is tempting to conclude from this that greedy people become wealthy, an equally plausible interpretation is that wealth makes people greedy. Why would this be? In a context of abundance greed is silly; only in a context of scarcity is it rational. The wealthy perceive scarcity where there is none. They also worry more than anybody else about money. Could it be that money itself causes the perception of scarcity? Could it be that money, nearly synonymous with security, ironically brings the opposite? The answer to both these questions is yes. On the individual level, rich people have a lot more “invested” in their money and are less able to let go of it. (To let go easily reflects an attitude of abundance.) On the systemic level, as we shall see, scarcity is also built in to money, a direct result of the way it is created and circulated.

The assumption of scarcity is one of the two central axioms of economics. (The second is that people naturally seek to maximize their rational self-interest.) Both are false; or, more precisely, they are true only within a narrow realm, a realm that we, the frog at the bottom of the well, mistake for the whole of reality. As is so often the case, what we take to be objective truth is actually a projection of our own condition onto the “objective” world. So immersed in scarcity are we that we take it to be the nature of reality. But in fact, we live in a world of abundance. The omnipresent scarcity we experience is an artifact: of our money system, of our politics, and of our perceptions.

As we shall see, our money system, system of ownership, and general economic system reflect the same fundamental sense of self that has, built into it, the perception of scarcity. It is the “discrete and separate self,” the Cartesian self: a bubble of psychology marooned in an indifferent universe, seeking to own, to control, to arrogate as much wealth to itself as possible, but foredoomed by its very cutoff from the richness of connected beingness to the experience of never having enough.

The assertion that we live in a world of abundance sometimes provokes an emotional reaction, bordering on hostility, in those of my readers who believe that harmonious human coexistence with the rest of life is impossible without a massive reduction in population. They cite Peak Oil and resource depletion, global warming, the exhaustion of our farmland, and our ecological footprint as evidence that the earth cannot long support industrial civilization at present population levels.

This book offers a response to this concern as part of a vision of a sacred economy. More importantly, it addresses the “how” questions as well—for example, how we will get to there from here. For now I will offer a partial response, a reason for hope.

It is true that human activity is vastly overburdening the earth today. Fossil fuels, aquifers, topsoil, the capacity to absorb pollution, and the ecosystems that maintain the viability of the biosphere are all being depleted at an alarming rate. All the measures on the table are far too little, far too late—a drop in the bucket compared to what is needed.

On the other hand, an enormous proportion of this human activity is either superfluous or deleterious to human happiness. Consider first the armaments industry and the resources consumed in war: some $2 trillion dollars a year, a vast scientific establishment, and the life energy of millions of young people, all to serve no need except one we create ourselves.

Consider the housing industry here in the United States, with the enormous McMansions of the last two decades that again serve no real human need. In some countries a building that size would house fifty people. As it is, the cavernous living rooms go unused, for people feel uncomfortable in their inhuman scale and seek out the comfort of the small den and the breakfast nook. The materials, energy, and maintenance of such monstrosities are a waste of resources. Perhaps even more wasteful is the layout of suburbia, which makes public transportation impossible and necessitates inordinate amounts of driving.

Consider the food industry, which exhibits massive waste at every level. According to a government study, farm-to-retail losses are about 4 percent, retail-to-consumer losses 12 percent, and consumer-level losses 29 percent.3 Moreover, vast tracts of farmland are devoted to biofuel production, and mechanized agriculture precludes labor-intensive intercropping and other intensive production techniques that could vastly increase productivity.4

Such figures suggest the potential plenty available even in a world of seven billion people—but with a caveat: people will spend much more time (per capita) growing food, in a reversal of the trend of the last two centuries. Few realize that organic agriculture can be two to three times more productive than conventional agriculture—per hectare, not per hour of labor.5 And intensive gardening can be more productive (and more labor-intensive) still. If you like gardening and think that most people would benefit from being closer to the soil, this is good news. With a few hours’ work a week, a typical suburban garden plot of perhaps a thousand square feet can meet most of a family’s vegetable needs; double that and it can provide substantial amounts of staples too, like potatoes, sweet potatoes, and squash. Is the vast transcontinental trucking system that brings California lettuce and carrots to the rest of the country really necessary? Does it enhance life in any way?

Another type of waste comes from the shoddy construction and planned obsolescence of many of our manufactured goods. Presently there are few economic incentives, and some disincentives, to produce goods that last a long time and are easy to fix, with the absurd result that it is often cheaper to buy a new appliance than to repair an old one. This is ultimately a consequence of our money system, and it will be reversed in a sacred economy.

On my street, every family possesses a lawnmower that is used perhaps ten hours per summer. Each kitchen has a blender that is used at most fifteen minutes per week. At any given moment, about half the cars are parked on the street, doing nothing. Most families have their own hedge clippers, their own power tools, their own exercise equipment. Because they are unused most of the time, most of these things are superfluous. Our quality of life would be just as high with half the number of cars, a tenth of the lawnmowers, and two or three Stairmasters for the whole street. In fact, it would be higher since we would have occasion to interact and share.6 Even at our current, gratuitously high rate of consumption, some 40 percent of the world’s industrial capacity stands idle. That figure could be increased to 80 percent or more without any loss of human happiness. All we would lose would be the pollution and tedium of a lot of factory production. Of course, we would lose a vast number of “jobs” as well, but since these are not contributing much to human well-being anyway, we could employ those people digging holes in the ground and filling them up again with no loss. Or, better, we could devote them to labor-intensive roles like permaculture, care for the sick and elderly, restoration of ecosystems, and all the other needs of today that go tragically unmet for lack of money.

A world without weapons, without McMansions in sprawling suburbs, without mountains of unnecessary packaging, without giant mechanized monofarms, without energy-hogging big-box stores, without electronic billboards, without endless piles of throwaway junk, without the overconsumption of consumer goods no one really needs is not an impoverished world. I disagree with those environmentalists who say we are going to have to make do with less. In fact, we are going to make do with more: more beauty, more community, more fulfillment, more art, more music, and material objects that are fewer in number but superior in utility and aesthetics. The cheap stuff that fills our lives today, however great its quantity, can only cheapen life.

Part of the healing that a sacred economy represents is the healing of the divide we have created between spirit and matter. In keeping with the sacredness of all things, I advocate an embrace, not an eschewing, of materialism. I think we will love our things more and not less. We will treasure our material possessions, honor where they came from and where they will go. If you have a treasured baseball mitt or fishing rod, you may know what I’m talking about. Or perhaps your grandfather had a favorite set of woodworking tools that he kept in perfect condition for fifty years. That is how we will honor our things. Can you imagine what the world would be like if that same care and consideration went into everything we produced? If every engineer put that much love into her creations? Today, such an attitude is uneconomic; it is rarely in anyone’s financial interest to treat a thing as sacred. You can just buy a new baseball mitt or fishing rod, and why be too careful with your tools when new ones are so cheap? The cheapness of our things is part of their devaluation, casting us into a cheap world where everything is generic and expendable.

Amidst superabundance, even we in rich countries live in an omnipresent anxiety, craving “financial security” as we try to keep scarcity at bay. We make choices (even those having nothing to do with money) according to what we can “afford,” and we commonly associate freedom with wealth. But when we pursue it, we find that the paradise of financial freedom is a mirage, receding as we approach it, and that the chase itself enslaves. The anxiety is always there, the scarcity always just one disaster away. We call that chase greed. Truly, it is a response to the perception of scarcity.

Let me offer one more kind of evidence, for now meant to be suggestive rather than conclusive, for the artificiality or illusory nature of the scarcity we experience. Economics, it says on page one of textbooks, is the study of human behavior under conditions of scarcity. The expansion of the economic realm is therefore the expansion of scarcity, its incursion into areas of life once characterized by abundance. Economic behavior, particularly the exchange of money for goods, extends today into realms that were never before the subject of money exchanges. Take, for example, one of the great retail growth categories in the last decade: bottled water. If one thing is abundant on earth to the point of near-ubiquity, it is water, yet today it has become scarce, something we pay for.

Child care has been another area of high economic growth in my lifetime. When I was young, it was nothing for friends and neighbors to watch each other’s kids for a few hours after school, a vestige of village or tribal times when children ran free. My ex-wife Patsy speaks movingly of her childhood in rural Taiwan, where children could and did show up at any neighbor’s house around dinner time to be given a bowl of rice. The community took care of the children. In other words, child care was abundant; it would have been impossible to open an after-school day care center.

For something to become an object of commerce, it must be made scarce first. As the economy grows, by definition, more and more of human activity enters the realm of money, the realm of goods and services. Usually we associate economic growth with an increase in wealth, but we can also see it as an impoverishment, an increase in scarcity. Things we once never dreamed of paying for, we must pay for today. Pay for using what? Using money, of course—money that we struggle and sacrifice to obtain. If one thing is scarce, it is surely money. Most people I know live in constant low-level (sometimes high-level) anxiety for fear of not having enough of it. And as the anxiety of the wealthy confirms, no amount is ever “enough.”

From this perspective, we must be cautious in our indignation at such facts as, “Over two billion people live on less than two dollars a day.” A low cash income could mean that someone’s needs are met outside the money economy, for example through traditional networks of reciprocity and gifts. “Development” in such cases raises incomes by bringing nonmonetary economic activity into the realm of goods and services, with the resulting mentality of scarcity, competition, and anxiety so familiar to us in the West, yet so alien to the moneyless hunter-gatherer or subsistence peasant.

Ensuing chapters explain the mechanisms and meaning of the centuries-old conversion of life and the world into money, the progressive commodification of everything. When everything is subject to money, then the scarcity of money makes everything scarce, including the basis of human life and happiness. Such is the life of the slave—one whose actions are compelled by threat to survival.

Perhaps the deepest indication of our slavery is the monetization of time. It is a phenomenon with roots deeper than our money system, for it depends on the prior quantification of time. An animal or a child has “all the time in the world.” The same was apparently true for Stone Age peoples, who usually had very loose concepts of time and rarely were in a hurry. Primitive languages often lacked tenses, and sometimes lacked even words for “yesterday” or “tomorrow.” The comparative nonchalance primitive people had toward time is still apparent today in rural, more traditional parts of the world. Life moves faster in the big city, where we are always in a hurry because time is scarce. But in the past, we experienced time as abundant.

The more monetized society is, the more anxious and hurried its citizens. In parts of the world that are still somewhat outside the money economy, where subsistence farming still exists and where neighbors help each other, the pace of life is slower, less hurried. In rural Mexico, everything is done mañana. A Ladakhi peasant woman interviewed in Helena Norberg-Hodge’s film Ancient Futures sums it all up in describing her city-dwelling sister: “She has a rice cooker, a car, a telephone—all kinds of time-saving devices. Yet when I visit her, she is always so busy we barely have time to talk.”

For the animal, child, or hunter-gatherer, time is essentially infinite. Today its monetization has subjected it, like the rest, to scarcity. Time is life. When we experience time as scarce, we experience life as short and poor.

If you were born before adult schedules invaded childhood and children were rushed around from activity to activity, then perhaps you still remember the subjective eternity of childhood, the afternoons that stretched on forever, the timeless freedom of life before the tyranny of calendar and clocks. “Clocks,” writes John Zerzan, “make time scarce and life short.” Once quantified, time too could be bought and sold, and the scarcity of all money-linked commodities afflicted time as well. “Time is money,” the saying goes, an identity confirmed by the metaphor “I can’t afford the time.”

If the material world is fundamentally an abundant world, all the more abundant is the spiritual world: the creations of the human mind—songs, stories, films, ideas, and everything else that goes by the name of intellectual property. Because in the digital age we can replicate and spread them at virtually no cost, artificial scarcity must be imposed upon them in order to keep them in the monetized realm. Industry and the government enforce scarcity through copyrights, patents, and encryption standards, allowing the holders of such property to profit from owning it.

Scarcity, then, is mostly an illusion, a cultural creation. But because we live, almost wholly, in a culturally constructed world, our experience of this scarcity is quite real—real enough that nearly a billion people today are malnourished, and some 5,000 children die each day from hunger-related causes. So our responses to this scarcity—anxiety and greed—are perfectly understandable. When something is abundant, no one hesitates to share it. We live in an abundant world, made otherwise through our perceptions, our culture, and our deep invisible stories. Our perception of scarcity is a self-fulfilling prophecy. Money is central to the construction of the self-reifying illusion of scarcity.

Money, which has turned abundance into scarcity, engenders greed. But not money per se—only the kind of money we use today, money that embodies our cultural sense of self, our unconscious myths, and an adversarial relationship with nature thousands of years in the making. All of these things are changing today. Let us look, then, at how money came to so afflict our minds and ways, so that we might envision how the money system might change with them.

Notes

1. Warner, “The Charitable-Giving Divide.”

2. Piff et al., “Having Less, Giving More.”

3. Buzby et al., “Supermarket Loss Estimates.”

4. You can get some idea of the untapped potential of agriculture by reading F. H. King’s fascinating 1911 book, Farmers of Forty Centuries; Or, Permanent Agriculture in China, Korea, and Japan, which explains how these regions sustained enormous populations for millennia on tiny amounts of land, without mechanization, pesticides, or chemical fertilizers. Instead, they relied on sophisticated crop rotation, interplanting, and ecological relationships among farm plants, animals, and people. They wasted nothing, including human manure. Their farming was extremely labor-intensive, although, according to King, it was usually conducted at a leisurely pace. In 1907 Japan’s fifty million people were nearly self-sufficient in food; China’s land supported, in some regions, clans of forty or fifty people on a three-acre farm; in the year 1790 China’s population was about the same as that of the United States today!

5. LaSalle et al., The Organic Green Revolution, 4., citing numerous supporting studies. If you have the opposite impression, consider that many of the studies that show no benefit from organic agriculture are conducted by people with little experience with organic farming and on land that is impoverished from decades of chemical farming. Organic methods are not easily amenable to controlled studies because they properly involve a long-term relationship between farmer and land. It is only after years, decades, or even generations that the true benefits of organic agriculture become fully apparent.

6. Unfortunately, many of us are so wounded that we prefer not to interact and share, but to retreat farther into the hell of separation and the illusion of independence until its fabric unravels. As various crises converge and this happens to more and more people, the urge to restore community will grow.

http://www.realitysandwich.com/sacred_economics_ch2_pt3

Global warming is real, and caused by capitalism


Global warming is real, and caused by capitalism

Socialism needed to save the environment

 

Posted 07 July 2011, by Meghann Adams, Liberation News (Party for Socialism and liberation), pslweb.org

Another summer storm season, wildfires, tornadoes and other detrimental weather events raise the question of the expansive effects of global warming yet again.

Despite scientific evidence to the contrary, a large section of the ruling class and right-wing apologists for capitalism continue to debate the veracity of global warming. People around the world continue to experience the devastating effects of what they know in practicality to be real. Global warming, due to the dramatic increase of trapped gases in the Earth’s atmosphere from the burning of fossil fuels, and methane from mining and agriculture, results in devastation worldwide. While the melting ice caps are scarcely deemed important enough to continue being covered by the corporate media, the consequences of this melting continue and affect all of us.

The Arctic permafrost is melting, releasing methane into the atmosphere. The result is a two-fold “positive feedback” cycle. When methane is released and trapped in the atmosphere, it raises the temperature, melting more permafrost, thus releasing more methane and continuing the cycle. Increased temperatures also means that the melted Arctic is less effective at reflecting sunlight back to space. White ice and snow reflect 80 percent of sunlight back, while dark water reflects only 20 percent, absorbing a much larger heat load and warming the ocean further.

Degradation of the Arctic glaciers has far-reaching consequences. Increasing levels of water from the melting glaciers are anticipated to disrupt, and potentially halt, the major thermohaline ocean current because of changes in water temperatures and salt content. This current circulates very slowly in the deep levels of every ocean on the planet. It is responsible for moving nutrients between different environments and for assisting the wind currents that pull warm air from the tropics to regions in Europe. A disruption or halt would result, for a start, in higher temperatures along the equator and lower temperatures in northern Europe.

Changes in the deep ocean current, along with temperature change, would directly affect wind currents. Wind—created by warm air displacing cooler air—is dependent on temperature variation across areas. A disruption to this system would impact temperature regulation over large distances, as well as the movement of moisture from marine atmospheres to dry lands.

Rapid global climate change in temperature, wind and water currents, resulting from global warming, has left the environment in a precariously unstable situation.

Globally, the temperature has risen nearly two degrees over the last century, with polar regions warming nearly double the global average. Projections at the 2009 Copenhagen summit predicted that the global “carbon emissions budget” for the half-century would be exceeded, 16 years ahead of schedule, by 2034. Based on current trends, the International Energy Agency expects that there could be a 3.5 degree increase in the next 35 years.

This has led to predictions that the Arctic could experience an ice-free summer by 2040, a sea level rise between seven and 23 inches by the end of the 21st century, more than a million species facing extinction and a devastating impact on food and water resources. At some point, the ability to impact the global warming process could become impossible because of the positive feedback cycles.

What is the cause of global warming and what can be done to combat it?

A widely recognized answer is that the growing industrialization and imperialist exploitation is to blame. In other words, the rise of capitalism is responsible for the gross degradation of the earth’s biosphere.

And we don’t need theory to recognize this. We see the evidence in the communities suffering from desertification and soil degradation from monoculture agricultural production and reckless exploitation of resources. We see it in the more than half-million admitted U.S. corporate violations of the Clean Air Act that continue with little to no repercussions. We see it in the communities, especially oppressed communities, suffering prolonged and intense pollution from industrial and nuclear waste. We see it in the exploitation of developing countries’ resources and the intellectual patents by international corporations that keep effective and sustainable practices out of reach for millions of poor people.

We in the Party for Socialism and Liberation recognize that it is not the workers who bear the guilt of this mounting cataclysm. Full responsibility lies with the corporate politicians, the executives, the owners—in other words, the capitalist class and ultimately the anarchic, profit-driven, inhumane capitalist system itself.

The environmental crisis cannot be solved under capitalism. Under capitalism, we must wage a continual struggle to demand the implementation of environmental laws and force the EPA to take any sort of action against those who defile the environment. If the government was interested in defending the environment against corporations, the U.S. House of Representatives would not have voted in early April to amend the Clean Air Act to ban the regulation of greenhouse gases in order to address climate change.

A more humane and organized system could take immediate action to address the causes and symptoms of the global environmental crisis. It could fill the supermarkets with organic food that would be affordable for everyone. Grains would be used to feed the hungry, and not to produce destructive fuels or to put foreign nations under the control of international banks. There would be a massive cutback in plastics, incentives for reducing driving—along with vastly improved public transportation—and an end to patents and intellectual property rights over technology. An emphasis would be placed on reducing use of bottles, cans and paper and not just on recycling them. The health care system would not focus on developing and selling costly treatments for diseases, but on the prevention of them.

But we can plainly see that this is not possible under the current system. It is not in the nature of capitalism to take the needs of the people and the planet into consideration.

We must continue to be wary of the divisive tactics that present the issue as “workers versus the environment.” It is not the fault of the workers who choose fast food or cheap meals over the costly organic produce. Loggers, miners and other industrial workers, who are dependent on their jobs for survival, should not be blamed for the pollutants their work creates. Nor does the blame lie with families who drive cars because mass transit is unavailable or poorly accessible. The blame lies with the capitalists, who have no interest in any action that might cut into their profits, and the capitalist system, no matter how beneficial the change would be for workers and the world.

Socialism necessary to preserve the environment

In order to be successful, in order to preserve the environment and repair the damage done, we need socialism.

Socialism is a system based on centralized planning to meet the needs of the masses of people, in which the profit motive has been removed from the picture. It is a system that can more easily support the development of sustainable technology and produce healthy food that is actually used to feed people. It is a system capable of identifying ecosystems and communities in need of reparation and implementing programs to restore and revitalize them in an organized way.

A country constructing socialism exists, and fights for survival, only 90 miles off the coast of Florida. While experiencing more than a half-century under a criminal blockade and the last 20 years without the assistance of the Soviet Union, Cuba has been recognized by the World Wildlife Fund as the only country on Earth to meet the minimum requirements for sustainable development. The requirements are a combination of a low use of resources and a high level of human development.

Cuba provides free health care and education to its citizens, but also guarantees a job and a home. Because the profit motive does not dominate Cuba’s economy, Cuba is able to accomplish all this without the degradation of the environment found elsewhere.

The Cuban government has established a national system for the restoration and preservation of 14 national parks, 30 ecological and natural reserves, 11 fauna refuges, two natural landscapes and 11 flower reserves. It has been dedicated to the training of professionals in the field of environmental protection and the education of the public. Reduced energy CFLs are available from the government for free to residents who trade in their incandescent bulbs. To enable domestic food production without the availability of pesticides, and to reduce the fuel needed to transport food, local organic farms can be found throughout Cuba’s urban landscape. Agriculture is supported with the use of natural manure fertilizers and biocontrol agents (like native predators of pests).

To fail to take these environmental issues into account in our current struggles would be to ensure our ultimate failure in the fight for social justice. We owe it to ourselves and to future generations to build a world capable of achieving what is possible and necessary.

http://www.pslweb.org/liberationnews/news/global-warming-is-real.html

A call to action from an eco-capitalist

A call to action from an eco-capitalist

Let’s get busy repairing the future, says Jason Drew

 

Posted 07 July 2011, by Jason Drew, Leadership Magazine (Cape Media), leadershiponline.co.za

I have spent the last 25 years of my life fighting and winning in the game of business – from running other people’s multinational companies to creating and then selling my own. Two heart attacks later, I realised the only game worth playing was that of living. I changed the struggles of the boardroom for a passion for life and moved to live full-time on my farm in the beautiful Tulbagh Valley in the Cape.

I decided to walk myself fit. It turned out to be a journey of understanding, both of the environment and of myself.

As the seasons changed, I saw the streams dry up in summer and I saw floods in winter.

I saw soil erosion where we had felled trees, and the rivers turn muddy as they carried away the soil.

This lit in me a passion for the environment and I read everything I could find on our water, land and the seas.

It was the beginning of an incredible three-year journey that would take me to all the continents of the world to see for myself the damage man is wreaking on these three
vital ecosystems.

I began to understand the extraordinary and unexpected connections between everything I saw: the teeming masses of China’s cities, the fertile plains of the Indus Valley, the vanishing aquifers of the Middle East, the dry rivers of America’s Midwest, the food riots in Mozambique and the uprisings in North Africa, to name but a few.

I realised the complexity of nature and how the environment has shaped our past and will determine our future.

During my travels, there were two stories in particular that intrigued me:

The first is the story of how wolves brought back the aspen trees to Yellowstone National Park in the United States.

Nature is a complex system and, unlike a machine, it acts in ways that we cannot predict at first.

The aspen trees have always been a feature of Yellowstone Park, but the established trees were getting old and no new trees were emerging to take their place.

The last wolf in the park was shot in the 1920s and, without predators, the elk population had expanded to the point where their preference for grazing aspen saplings was destroying young trees before they could grow and mature.

Since the reintroduction of the wolves in 1995, the elk population has been reduced and they have returned to the grasslands that are their natural grazing habit. Fear means they no longer graze at the river edges or in woods, but on the open plains.

Young aspen trees are surviving and the woods are naturally re-establishing themselves.

The second story is of a small island in the Bering Sea.

In 1944, a coastguard introduced 29 reindeer to the remote St. Matthew Island as a reserve source of food for the men working there. The base was closed at the end of the War, and all the men left.

Thirteen years later, nourished by the nutritious lichen that covered the island, the reindeer population had reached 1 350. Without any natural predators on the island, the population exploded over the next six years so that by 1963, there were 6 000 reindeer.

But then disaster struck: The deer had eaten all the lichen, and three years later there were only 42 left – 41 females, one sickly male and no fawns. This is a dramatic illustration of what happens when a species multiplies exponentially: In destroying their habitat, they destroyed themselves.

A hundred years ago, it would have been inconceivable that the human impact on the environment might become so great as to threaten the Earth and our own survival.

The Earth is our only habitat.

We now stand at a turning point in our history and in the history of the Earth. Mankind has acquired both the scale and the power to wreck the biosphere on which we depend, and also acquired the knowledge to fix it.

Throughout history, humans have cleared land or fished out rivers; and when the natural resource is used, moved on. Now, with nearly seven billion people on the planet, we are destroying environmental systems everywhere – and at the same time.

There is nowhere else to go.

It is increasingly apparent that our capitalist global food system is not fit for purpose. With nearly one billion people hungry, and another billion people overweight or obese, something clearly is not working.

As market economics kicks in, with food supply plateauing and demand from an ever growing population increasing, we get food price inflation, civil unrest and political turmoil as we have seen in the first months of this year.

Civilisation has already unwound in many failed states, from Sudan to Afghanistan. In our interconnected global world, state failure may become contagious as environmental refugees migrate to survive.

Our civilisation is on the brink.

Having watched the credit crunch unfold, I saw many similarities in the way our environmental and food production systems were being stretched to breaking point. I then decided to write the story of what I had seen, with the help of a family friend and author, David Lorimer.

The Protein Crunch explains our impact on the planetary systems and resources on which we depend. We detail what this means in terms of how we use water, land and the seas.

The way we respond to these challenges is a matter of life and death – first for the poorest, then for the rest, not to mention for future generations.

Many civilisations have collapsed before ours; will we be the first to foresee our demise and prevent it?

It seems our brains are wired to react to emergencies, but if the threat is not both immediate and imminent, we find it difficult to galvanise ourselves into action. It is as if we are floating down a river heading toward a waterfall, ignoring the roar and waiting until we see the foaming waters before reacting – or looking for someone else to blame for our predicament.

When we collectively reach this tipping point of understanding, we will get the global environmental action and the sustainability revolution we require.

There will be no time to waste looking for scapegoats – we will need to move and make change happen fast.

The best way of making this change happen quickly is to use one of the most potent tools at our disposal – capitalism. It may have caused many of our existing problems, but it is probably the only tool that can get us out of them.

I am unable to stop being an entrepreneur; I have seen and become involved with some extraordinary businesses around the world.

Three of these are particularly interesting:

Agriprotein recycles abattoir waste using fly larvae to create useable protein for animal feed at a fraction of the price of existing natural sources; Oxitec genetically modifies mosquitoes to make sterile males that mate with wild females – reducing their populations and preventing the spread of diseases such as dengue fever; EWF is helping cities power themselves through a breakthrough design using wind-accelerating techniques from aircraft wind design and braking technology from Formula One cars to generate clean power from urban rooftops.

All these could be billion-dollar businesses within the next 10 years.

The next Bill Gates and Mark Zuckerberg will have made their fortunes in the business of the environment.

Before my journey into the environment, I understood neither the unbelievable risks we are running nor the extraordinary opportunities for entrepreneurs and eco-capitalists such as myself.

We need many more of us to understand where we are at, in order to change our collective consciousness. Commitment is the only thing that has ever changed anything. When you commit, the world changes around you and conspires to help you in ways you never thought possible before you committed.

I am now committed full-time to making a difference to the world in which we live – through creating more awareness about the environment and excitement through the opportunities it can bring for all of us.

The clock is ticking. We are in a race between education and catastrophe.

We hope that The Protein Crunch will help you understand the harsh reality of where we are and the exciting future we can make for ourselves.

Let’s get busy repairing the future.


http://www.leadershiponline.co.za/articles/leaders-on-leadership/1414-a-call-to-action-from-an-eco-capitalist

World’s first island to run 100% on clean energy

World’s first island to run 100% on clean energy

Posted 07 July 2011, by Melissa Mahony, SmartPlanet (CBS Interactive), smartplanet.com

Life without fossil fuel power isn’t just a pipe dream for the people of El Hierro. By year’s end, the westernmost Canary Island aims to generate all of its electricity from its renewable resources. The electric cars, the planners say, will come later.

UNESCO designated El Hierro as a Biosphere Reserve in 2000. Apparently, the island wanted to be even greener. Far flung into the Atlantic Ocean, El Hierro wants to bid adiós to the oil tankers that enable its 44,000-barrel a year habit, and the 18,200 tons of carbon dioxide that come with burning it. Instead, the island will use what it has locally—a lot of wind, a lot of sun, a lot of water, and an old volcano.

The project, first proposed in 1986, combines wind energy and hydroelectricity and adds a dash of solar power. Power from five turbines atop a ridge on the island’s northeastern coast will pump water into the crater of a dormant volcano. When the wind doesn’t blow, they will release the water through four hydroelectric turbines into a basin created closer to the coast. When the winds pick up, the water will climb 2,300 feet to start anew. The upper basin can hold 556,000 cubic meters of water. Swiss engineering company ABB will be integrating the power generated by the $87 million project into the island’s grid.

Called pumped hydro storage, the technology got a recommendation from Energy Secretary Steven Chu last October. Chu suggested building more such facilities in the U.S., where pump hydro was initially used to store nuclear power during off-peak hours.

Together, the 11.5-megawatt wind farm and 11.3-megawatt hydroelectric plant will provide 80 percent of the power for the island’s 3 desalination plants and 11,000 residents. The energy needs of the 60,000 or so tourists who drop by each year will also be met. Photovoltaic solar panels and solar thermal collectors are expected to take care of the remaining 20 percent.

While small, the island of just 104 square miles could make big ripples in the world of renewable energy. The Greek island of Ikaria, which is just a smidge smaller, is reportedly building a wind and water power project modeled after El Hierro’s.

Peter Sweatman of the Madrid-based consulting firm Climate Strategy, tells the New York Times:

El Hierro is an emblematic project. It’s really a role model for other islands, and for non-islands it’s a test case to fully develop the potential for pump storage.

El Hierro is saying that renewable energy will be cheaper in the long run than fossil fuels, and the answer depends on future expected price of oil…But if it’s $100 a barrel, renewable energy with pump storage would be cheaper over 30 years.

Related on SmartPlanet:

 

http://www.smartplanet.com/blog/intelligent-energy/world-8217s-first-island-to-run-100-on-clean-energy/7508

Seeing Green: Into the Matrix

Seeing Green: Into the Matrix

Posted 07 July 2011, by Holly Moeller, The Stanford Daily, stanforddaily.com

Last week, the United Nations added 18 sites around the globe to its list of biosphere reserves, bringing the total number of sites so designated under its Man and the Biosphere Program to 581.

Most of us are probably more familiar with another U.N. collection: World Heritage Sites, which identify “universally” valued spots for conservation and awareness efforts. Indeed, some particularly special locales receive both designations.

But the purpose of biosphere reserves transcends basic conservation. The reserves are intended to showcase ways that humans can reconcile our needs and activities with those of native flora and fauna. They highlight unique and innovative strategies that are working — right now.

Although the U.N.’s Program has existed for more than 30 years, in some ways, these conservation ideas — merging man with nature, rather than separating man from it — are really just catching on.

For decades, we’ve tried strategies like the infamous “fortress conservation,” in which a parcel of land is hermetically sealed off from human access. In some cases, this has smacked of neocolonialism, as the big, bad NGO swoops in to buy up land and intimidate or bribe indigenous people into exile.

In the United States, when an endangered species is critically threatened, we’re also willing to cordon off plots of land, post signage and bar entry. And in our national parks, where we want people to enjoy and experience wild nature, we must still somehow quantify — and maintain — “wildness.” In Maine’s crowded Acadia National Park, for example, no backcountry hiking is permitted because there simply isn’t enough backcountry to go around.

Most of us would probably agree that some — if not most — closures are for the best. Amid the extremes of the United States-landscape matrix, our preserves stand in stark contrast to the great homogeneity of corn and soy fields, for example. And because conventional wisdom dictates that planetary biodiversity is best preserved by setting land aside, we have hard goals, like the Convention on Biological Diversity’s aim to protect 17 percent of terrestrial systems and 10 percent of seascapes.

Simultaneously, our planet faces pressures from a growing human population with shrinking resources. As our numbers swell and our oil-supported capacity for intensive crop production dwindles, we’ll doubtless press more land into agricultural service. Could you look poverty in the eye and demand its land for pristine rainforest? Could you look hunger in the eye and close its coral reef for biodiversity protection? I couldn’t.

If we could meet our conservation area goals, though, would that be enough? A decade ago, Ana Rodrigues and Kevin Gaston reviewed a score of studies on the land area needed to meet conservation goals. Their work, published in Ecology Letters in 2001, found that areal requirements could skyrocket up to 66 percent in some systems. If getting a sixth of an ecosystem into protection is unlikely, two thirds is probably impossible.

Since we’re not going to secure everything in the fortress, what else can we do?

Time to remind ourselves that scarcely any part of the planet exists without human modification. In fact, some of our most iconic landscapes were maintained by human activity. The eastern North American Great Plains, for example, required periodic burning by Native Americans to retain their “native” grass cover. And humans evolved in Africa, where we’ve spent millennia alongside “wildlife.”

So where’s the boundary between “us” and “nature,” between “wilderness” and “human-modified?” The extremes are obvious: compare a distant Pacific atoll to an effluent-packed harbor. Contrast the drones of pumps in Prudhoe Bay with the deep silence of an aurora-lit tundra.

But then compare a California rice paddy with a coastal salt marsh. Given that 90 percent of California’s wetlands have been lost to human activity, professor Chris Elphick of the University of Connecticut has found that rice farms can make up some of the missing ground. Indeed, these farms have proved exceptionally speciose: after some wildlife-friendly management changes, you can now spot about one in every five California bird species in a rice field.

And that’s where we turn to the U.N.’s Program and to research around the globe where humanity is still living — or learning to live — in step with nature.

We know that it’s possible to overload the natural system: intensive agriculture, otherworldly “minescapes” and other settings provide evidence of that. But we also know from our evolutionary history, from our recent past and from the evidence of our contemporary eyes, that humans are fundamentally a part of the balance of nature.

And so we come to the ultimate challenge: the environmental version of Buddhism’s “middle way.” If we want to protect biodiversity on a grand scale, we have to do more than protect it in discrete, firmly outlined patches. We have to do it in our own backyards by forgoing pesticides and growing native plants. We have to note which species require human absence, which tolerate some degree of disturbance and which thrive in our presence. And we have to create and maintain a patchwork landscape allowing for these differences, while still providing for human needs.

So gather up your ones and zeros, because the future of conservation is out in that landscape matrix.

Or, if you prefer traditional uses of binary, send your coded questions, comments and critiques to Holly at hollyvm@stanford.edu.

http://www.stanforddaily.com/2011/07/07/seeing-green-into-the-matrix/