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Wealth and Ethics

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For a glimpse into the strategy, psychology and ethics of the corporate world, read the Dilbert cartoons. They can range from humorous and ironic to cynical and chilling as they reveal the deviousness of the human character unleashed by the influence of power, authority and money. A recent example from March 17, 2012 is particularly poignant.

Dilbert and Alice are sitting at a board meeting while their boss is outlining the corporate response to proposed government legislation. “Our company opposes passage of the new internet law because it would be bad for our business,” he pronounces. “But that sounds selfish,” he adds, “so we’ll issue a press release saying the new law would impinge freedom of speech.” Alice, with her usually caustic bluntness, summarizes, “So…we’re selfish liars.” To which the boss retorts, “You can’t get more free than that.”

A few moments considering this exchange will yield unsettling results that are, unfortunately, substantiated by recent research.

The University of Toronto’s Rotman School of Management, together with the University of California, Berkley, recently published studies in the Proceedings of the National Academy of Sciences that substantiate the inclination of the wealthy to lie, cheat and break the law. The studies conclude that, “It’s people at the top of the income scale for whom honesty, integrity and generosity seem to be a challenge” (Ibid.).

The authors of the paper are quick to provide the qualifier that these findings do not necessarily describe or predict the behaviour of single individuals. Like all such sociological studies, the conclusions are a generalization. But they do confirm the findings of other studies that wealthy people “have a reduced concern for others” (Ibid.) and that CEOs of large corporations can have higher psychopathic profiles than prison inmates “diagnosed with psychopathic personality disorders” (Guardian Weekly, Nov. 18/11).

This is not a mere academic matter. For consumers, for governments, for voting citizens and for society as a whole, it is an advertisement to be cautious of promises, claims and guarantees made by the rich and the powerful. In our economic, industrialized and technological world, this usually means investors, corporations and their representatives. Generous offers commonly come with hidden attachments that, if not devious, can be misleading and hollow. Assurances of environmental safety, economic improvement and social benefits are often exaggerated or patently false. Risks are routinely minimized while merits are maximized.

The promotion of smoking by tobacco corporations is a classical example. It boggles the ethical mind how an executive with information that cigarettes cause cancer and death could diligently defend and promote such a product. A more current example is the funding by the fossil fuel industry of anti-science movements with the sole purpose of confusing the global warming issue so that corporations can delay regulations on their profitable extraction of gas, oil and coal — climatologists argue, with increasing desperation, that we must change energy sources and cut greenhouse gas emissions immediately to avoid catastrophic consequences.

Ethics hasn’t dissuaded the wealthy from investing wherever the returns are highest. The quest for profit seems disconnected from the negative social, cultural and environmental consequences. Those with money to invest seem undeterred by the inevitable oil spills that will result from the Northern Gateway pipeline and the subsequent stream of super-tankers enticed into demonstrably dangerous waterways. Salmon farming, against withering scientific evidence of extensive damage to marine ecologies, doggedly continues to operate their open net-pens. Industrial fishing of our oceans represents a pillaging that can only end in ecological and social disaster. Genetically engineered crops and the centralized control of seeds by transnational corporations are proving to be exercises in power and profit rather than being of benefit to humanity.

Indeed, the subject of wealth and ethics has become particularly relevant during the last few decades given the shift in economic power away from the lower and middle classes toward the affluent few. Whether or not this trend is a measure of their consolidation of influence and control is a moot point. But the pressures of lobbying, financing and investing seem to be eroding democratic processes while favouring the ascent and security of the wealthy.

All this has environmental implications. If most people in a society have concerns about the health and viability of the ecologies that sustain and enhance the quality of their lives, but the power structure is indifferent to those concerns, then the machinery of industry and investment will continue to exploit and abuse nature in the interests of profit.

The environmental result, so far, is a deepening planetary mess, mostly because of the initiatives of the wealthy and influential. Of course, society has also benefitted hugely from their ingenuity and assertiveness. The comfort, safety, convenience, affluence and health of our collective well-being owes much to the wealthy and their initiatives. But their ethical lapses have also led us into an intensifying ecological crisis that is becoming entrenched, structural, systemic and dangerous. Indeed, unless these negative effects are dramatically curtailed by a redirection of initiative, investment and governance, the consequence could be catastrophic for everything we know and value. Perhaps the time has come for the wealthy to realize that Earth and all its inhabitants can no longer afford their kind of freedom.

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Fukushima Radiation Found in Kelp on California Coast

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Read this article from the LA Times (published here on the Seattle Times website) on a newly published study that found radioactive particles in sea kelp off the coast of California following the meltdown of several nuclear reactors in Fukushima, Japan last year. (April 9, 2012)

LOS ANGELES — Radioactive particles released in the nuclear reactor meltdown in Fukushima, Japan, after the March 2011 earthquake and tsunami were detected in giant kelp along the California coast, according to a recently published study.

Radioactive iodine was found in samples collected from beds of kelp in locations along the coast from Laguna Beach to as far north as Santa Cruz about a month after the explosion, according to the study by two marine biologists at California State University, Long Beach.

The levels, while most likely not harmful to humans, were significantly higher than measurements prior to the explosion and comparable to those found in British Columbia, Canada, and northern Washington state after the Chernobyl disaster in 1986, according to the study published in March in the journal Environmental Science & Technology.

Giant kelp, or Macrocystis pyrifera, is a particularly good measure of radioactive material in the environment because it accumulates iodine, researchers said. They wrote that radioactive particles released into the atmosphere, in particular radioactive isotope iodine 131, made its way across the Pacific, then was likely deposited into the ocean during a period of significant rain shortly after the meltdown in Japan.

The highest levels were found in Corona del Mar in Orange County. Researchers wrote that the levels were probably highest there because the kelp is also exposed to urban runoff, which may have increased the amount of rainfall it received.

The study’s authors said that while the effect of radioactive material in kelp is not well known, it would have been consumed by organisms that feed on the kelp such as sea urchins or crustaceans. Certain species of fish, including opaleye, halfmoon or senorita may be particularly affected because their endocrine systems contain iodine, according to researchers.

“Radioactivity is taken up by the kelp and anything that feeds on the kelp will be exposed to this also,” Steven Manley, the study’s lead author, said in a statement released by the university. “It enters the coastal food web and gets dispersed over a variety of organisms. … It’s not a good thing, but whether it actually has a measurable detrimental effect is beyond my expertise.”

The researchers also analyzed kelp from Sitka, Alaska, for comparison, but did not find radioactivity. The kelp there may not have been exposed to the same degree because of atmospheric patterns.

Read original article: http://seattletimes.nwsource.com/html/nationworld/2017944368_japankelp10.html

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Canadian War Games May Have Killed Orca

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Read this story from CBC.ca on the recent discovery of a battered juvenile Orca discovered on a beach in Washington State, whose death may be linked to Canadian naval war exercises being carried out in the region around the suspected time of the whale’s death. (April 9, 2012)

The bloodied and battered corpse of a young killer whale whose death may be linked to Canadian war games has prompted an investigation by U.S. authorities.

The body of the southern resident orca — an endangered species in the United States — was discovered on Long Beach in Washington state in February, just days after HMCS Ottawa conducted sonar training exercises in the waters off Victoria, B.C.

A preliminary examination indicated significant trauma around the head, chest and right side of the orca known as L112, but results of necropsy and pathology tests and a scan of the animal’s head are incomplete.

Just hours after the navy sonar tests were heard, southern resident killer whales were spotted in the same area in the Haro Strait that divides Canada and the United States.

The law enforcement office of the U.S. National Oceanic and Atmospheric Administration, or NOAA, has launched an investigation into the death.

Brian Gorman, with NOAA’s National Marine Fisheries Service, said investigators haven’t made a connection between the naval exercise and the death of the whale.

“That’s the first thing we have to determine. Depending on where this investigation leads, I suspect [the investigation] may extend to the Canadians or it may not.”

Gorman said the investigation will attempt to determine if there’s been a violation of the U.S. Marine Mammal Protection Act.

Read article: http://www.cbc.ca/news/canada/story/2012/04/09/killer-whale-military-investigation.html?cmp=rss

 

 

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Blackberry maker RIM - one of the latest victims of

Founder’s Syndrome: Corporations and Civilization

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Civilizations are like corporations. At some point in their evolutionary rise as innovative and unique organizations, they fail to adapt to changing circumstances and drift into fatal vulnerability. History, of course, is crowded with the wreckage of civilizations that declined into oblivion after failing to rejuvenate themselves. Corporations follow the same route, as outlined in the ideas of Professor Noam Wasserman of the Harvard Business School and Christine Comaford, an expert on corporate structural dynamics (Globe & Mail, Jan. 28/12).

As Wasserman notes in his book, The Founder’s Dilemma, corporations that are rapidly successful because they have discovered new and unorthodox strategies or products often find that their “strengths early on tend to become pitfalls, [their] Achilles heel.” Comaford reiterates this observation with terms such as “Founder’s Syndrome”, “Founderitis”, and “severe reality distortion field”. All refer to a corporation’s inability to adapt to changing competitive circumstances because its old successful vision no longer fits evolving realities.

The corporate world is littered with vivid examples of Founder’s Syndrome. Despite selling 10 million cars by 1924, the Ford Motor Company almost collapsed in bankruptcy when its founder, Henry Ford, failed to embrace the fresh engineering that was remaking the auto. And when Walt Disney died, the stock value of Disney rose dramatically, apparently because his founding influence was blocking innovation. The latest victim of this dynamic is the maker of the Blackberry, Research in Motion, a corporation whose original ideas are being outdated by other electronic designs.

So, how is Founder’s Syndrome avoided? For Comaford, “the key is to establish a vibrant set of outsiders who ask tough questions.” For Wasserman, “you need people internally who push back and consider not just the best-case or expected scenarios, but worst-case situations, where you might have to adjust the vision radically.” The corporate trick for survival is constant evaluation and criticism — even of the founding principles that everyone holds sacred to the corporation’s identity.

Now transpose this corporate dynamic to our present civilization. Our modern
era is essentially founded on the principles of the Industrial Revolution. About 250 years ago, Europe underwent a dramatic change as human and animal energies were replaced by fossil fuels — first coal and then petroleum. Human effort was amplified enormously. (To test this notion, simply try pushing your car instead of moving it with the engine.) And the sophistication of the entire process was heightened by the marriage of industry with science, a partnership we call technology.

The consequences were incredible: massive production and distribution of consumer goods, huge utilization of natural resources, unimagined growth in food production, exponential generation of wealth, global travel and communication. But, like a corporation that has found an especially successful niche in the business world and risen with meteoric speed, our civilization is now showing cracks of vulnerability — the attributes of its success have now become its weaknesses.

Marvellous as this technological civilization is, serious indications are now
evident that the environmental impacts of this success cannot be absorbed by our planet’s ecosystems. The sustainability of unrestrained growth, powered by ever-rising quantities of fossil fuels, has become a legitimate concern. If this unfolding crisis of civilization were a corporate problem, Comaford would recommend, “a vibrant set of outsiders who ask tough questions.” Or for Wasserman, “you need people internally who push back and consider not just the best-case or expected scenarios, but worst- case situations, where you might have to adjust the vision radically.”

These “outsiders”, of course, are the environmentalists, climatologists, biologists, other scientists and critics who are asking “tough questions” and pushing for a radical change of “vision”. To those who are supporting and perpetuating the founding principles of the Industrial Revolution, together with its existing economic system, these “tough questions” are interpreted as subversive irritations that are undermining the success of a seemingly good idea. How can those who clearly benefit from such success, doubt the generous and lavish rewards that come from it?

The journey from a peak to a valley down a cliff  can be very sudden and very brief. Ask RIM. Ask Kodak. Or ask Yahoo that almost instantly lost over $20 billion in value because it refused to innovate in a changing communication world.

We live on a planet of rapidly deteriorating ecosystems. The disturbing environmental destabilization being unleashed by our civilization is pervasive, structural and profoundly serious. More than destabilizing, the results could escalate to fatal if they are not addressed immediately and dramatically. The critics who are trying to alert the system to these dangers are not enemies but merely perceptive “insiders”, fellow members of the corporate body who care profoundly about the well-being of humanity and the natural world that contains, sustains and enlivens everything we hold rich, dear and sacred.

As a civilization, indications are that we are facing Founder’s Syndrome, an outdated vision of success so fixated on past accomplishments that it fails to see their shortcomings. The warning signs are flashing for those astute enough to notice. If these alarms are disconcerting, so be it. Failed civilizations are far more tragic than failed corporations.

 

 

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Radiation at Damaged Fukushima Reactor Still “Fatally High”, New Tests Show

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Read this story from Al-Jazeera on troubling new test data from the damaged nuclear plant in Fukushima, Japan, indicating much higher levels of radiation and lower levels of cooling water than expected. (March 28, 2012)

One of Japan’s crippled nuclear reactors still has fatally high radiation levels and much less water to cool it than officials had estimated, according to an internal examination that renews doubts about the plant’s stability.

A tool equipped with a tiny video camera, a thermometer, a dosimeter and a water gauge was used to assess damage inside the containment chamber of Fukushima Daiichi plant’s number 2 reactor for the second time since the tsunami swept into the complex more than a year ago.

The data collected on Tuesday showed the damage from the disaster is so severe that the plant operator will have to develop special equipment and technology to tolerate the harsh environment and decommission the plant. The process is expected to last decades.

The other two reactors that had meltdowns could be in even worse shape. The number 2 reactor is the only one officials have been able to closely examine so far.

‘Dangerously high’ radiation

Tuesday’s examination with an industrial endoscope detected radiation levels up to 10 times the fatal dose inside the chamber. Plant officials previously said more than half of the melted fuel had breached the core and dropped to the floor of the primary containment vessel, some of it splashing against the wall or the floor.

Particles from melted fuel have likely been responsible for sending radiation levels up to a dangerously high 70 sieverts per hour inside the container, said Junichi Matsumoto, spokesman for Tokyo Electric Power Company.

The figure far exceeds the highest level previously detected, 10 sieverts per hour, which was detected around an exhaust duct shared by number 1 and 2 units last year.

“It’s extremely high,” he said, adding that an endoscope would last only 14 hours in those conditions. “We have to develop equipment that can tolerate high radiation” when locating and removing melted fuel during the decommissioning.

The probe also found that the containment vessel, a beaker-shaped container enclosing the core, had cooling water up to only 60 centimeters from the bottom, far below the 10 metres estimated when the government declared the plant stable in December. The plant is continuing to pump water into the reactor.

Video footage taken by the probe showed the water inside was clear but contained dark yellow sediments, believed to be fragments of rust, paint that had been peeled off or dust.

Three Daiichi reactors had meltdowns, but the number 2 reactor is the only one that has been examined because radiation levels inside the reactor building are relatively low and its container is designed with a convenient slot to send in the endoscope.

The exact conditions of the other two reactors, where hydrogen explosions damaged their buildings, are still unknown.

Read more: http://www.aljazeera.com/news/asia-pacific/2012/03/2012328112051435937.html

 

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Globalization: The New Pangea

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About 250 million years ago, all the distinct continents on Earth existed as one large land mass called Pangea. Over millions of years, at a speed comparable to the growth of fingernails, the shifting tectonic plates of the planet fractured and separated Pangea into the different continents we know today. Some of the puzzle’s pieces still fit together, although many of the shapes are now deformed by various geological dynamics. The east side of South America, for example, fits nicely against the west side of Africa, and North America can be moved across the Atlantic so that the Caribbean snuggles into the northwest bulge of Morocco.

The division of Pangea into separate continents had huge environmental implications. First, and perhaps foremost, it meant that species could no longer move freely around one large land mass. The fractures that filled with oceans isolated them, the drifting segments slowly developed very unique ecologies, and distinctive plants and animals evolved in adaptation to those local peculiarities.

This was the situation encountered by humans as they began moving around the planet about 70,000 years ago. Just a mere 500 years ago, during a surge of exploration and colonization, Europe was sending ships to North and South America, to Asia, Africa and elsewhere. The continents, once ecologically isolated for millions of years, were now being reconnected – not geologically by the movement of tectonic plates but by the physical movement of humans transporting commercial products, plants, animals, viruses and their own particular cultures. The world would never again be the same.

Clearly, this process did not suddenly begin with the arrival of Columbus on a remote Caribbean island in 1492. Commercial products and ideas were travelling between Europe and Asia before then. The Bubonic Plague reached Venice from an eastern seaport a few years prior to 1348, before ravishing Europe in successive waves of pandemic death. But the diseases to which Europeans had developed some immunity – smallpox, measles, mumps, chicken pox, rubella, typhus and cholera – were transported to the New World by later explorers, with devastating consequences to the native populations. Think of this as the beginning of globalization.

Globalization is, in effect, a return to Pangea. In the blink of a geological eye, all the barriers that once separated the continents into distinct ecologies are now being dismantled by the international movement of goods, species and people. Norway rats reached most of the world’s ports on sailing ships, traumatizing every ecology where they arrived – sometimes remedial efforts compounded the trauma by introducing other species that were supposed to predate the rats. Eccentric immigrants imported rabbits to Australia and starlings to North America, both species inflicting devastating damage across their respective continents.

Indeed, globalization is a kind of ecological short-circuiting that throws biological systems into pandemonium. More than 250 foreign marine species now inhabit San Francisco Bay, transported there by ballast water discharged by freighters from around the world. The same process has brought an estimated 300 exotic plants and animals to the Great Lakes. The Asian carp that now threaten the entire diversity of the Missouri and Mississippi River systems came from a few fish that washed away from nearby ponds during a flood – these voracious fish are now poised to reach the Great Lakes, expanding their sphere of ecological catastrophe. Atlantic salmon, which belong in the Atlantic Ocean, were deliberately imported to the Pacific for commercial reasons, with complex impacts that could damage an entire marine ecology.

Globalization has essentially removed the barriers of time and space that once protected ecologies from contamination and disruption. Diseases, fungi, insects, mammals, amphibians, birds and plants are all distributed helter-skelter around the planet by ships, planes, cars, luggage, souvenirs, shoes, bodies and just about anything else that moves. The various results are species displacement, population explosions and extinctions.

Ecologies that are wholly incapable of dealing with oil get blanketed in it as international pipelines and global tanker traffic disperse this crude energy from sites of supply to demand. AIDS, a world killer of millions, escaped from an isolated African village because of the mass movement of people around the planet. An obscure disease such as West Nile virus spreads across North America after it inadvertently arrives in a mosquito aboard an airplane arriving in New York from southern Europe. Deadly influenzas skitter around the world with the tides of international travellers.

This globalizing process is even wreaking havoc on distinctive human cultures, as travel, technology and media contaminate unique ways of thinking and understanding. Well-adapted lifestyles are destroyed during this great homogenization process. Languages, essential to preserving and perpetuating cultures, are being obliterated at the rate of one per week. And globalization confuses and debilitates national and local politics as every trade agreement erodes the democratic process by shrinking individual autonomy and robbing resident people of self-determination.

Large as Pangea must have been, it had valleys, deserts, mountains and rivers that would have constrained the movement of species. But, in the New Pangea, no obstacle is great enough to halt the massive tide of movement that is sweeping over the planet. The ecological disturbances it creates are unparalleled in Earth’s history.

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The Importance of Scientific Freedom

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Because science illuminates almost every environmental issue on our planet, it is crucial that this discipline of exploration and understanding be permitted the freedom to follow its enlightening course, unfettered by interference from politics, government, ideology or vested interests. Indeed, as Timothy Ferris explains in his book, The Science of Liberty, this freedom is more than just an environmental matter (New Scientist, Feb. 6/10).

Ferris’s premise is that our modern liberal democracies were largely created by the freedom of scientific inquiry, a process which began hesitantly in the Renaissance and then exploded during the 17th and 18th centuries. To achieve these gains, science has always struggled against the belief and dogma of its time – recall the overt persecution to suppress the theories of Copernicus, Galileo and others as the empirical evidence they gathered collided with religious culture of the day. As science grew in credibility and influence, the liberties earned by its unfettered pursuit of knowledge raised respect for individual rights, free speech and personal autonomy.

Science and society are now so inextricably linked that government policies must be founded on substantial and relevant evidence if they are to be both credible and legitimate. Without the rational weight and authority of science, laws and regulations revert to the medieval frailties of belief and dogma.

History once allowed for mistakes. Foolish and large as they were, their consequences were relatively localized to tribes, villages and valleys, or later, in the age of colonization, to continents such as Europe or the Americas. But a global world amplifies the impact of mistakes. The changes we now introduce with our behaviour are planetary. The process we now use for making decisions, therefore, must be more comprehensive and detailed, disciplined and thoughtful, rigorous and rational. Governing without due regard to science and its conclusions is no longer an option.

Science denied or science muzzled is a threat to entire political and economic systems, even to the viability of whole societies. Policies that don’t respect scientific processes and the weight of its information revert to a primitivism that is guided by the forces of impulse, power, personality and superstition. They have no substantial credibility.

In today’s world, people and governments that do not give high regard to the scientific method, together with the objective thinking that arises from it, risk degeneration and collapse. Scientific reason doesn’t guarantee intelligent decisions and policy, but it is a far better option than the alternative – note North Korea, most Arab countries, and the United States with its rise of religious conservatives. “Whenever the people are well-informed,” observed Thomas Jefferson in 1789, “they can be trusted with their own government.” Knowledge, therefore, is power. Opinion that is unfounded in evidence is dangerous and hostile to civilizations, not to mention the serious environmental challenges facing our planet.

We live in curious times. We wouldn’t fly in an plane that was designed without the strict laws of aerodynamic science, nor would we take medicine that pharmacological science had not deemed to be safe and effective. Yet, when environmental science measures mounting levels of globally destructive greenhouse gas emissions, acidifying oceans, unprecedented species loss and a plethora of other unfolding threats, these pronouncements are mostly met with shrugs of collective incredibility, as if the science were vapid speculation. This response is curious given that we live in a world saturated with countless demonstrations of science’s validity.

Nature responds to the same physical realities measured and described by science. Indeed, science is the mirror of nature, and the discipline of theorizing and experimenting is the process of polishing and examining that mirror. Nature is not influenced by hoping or wanting. It is unmoved by opinion. It doesn’t care about our economic or cultural aspirations. If we make mistakes or miscalculate, it responds with an impersonal indifference that will offend those who think it is a caring friend.

Science is our connection to nature’s character. We either use our reasoned intelligence to utilize its potential or we fall victim to its impassive power. The equation is that simple. The rules are clear and the effect can be liberating if we measure and act carefully. If we do not, we will meet confusion, disorder and trauma.

In our short history as humans, we have now reached a crossroads where we must choose science over superstition, concern over indifference, volition over passivity, and compliance over wilfulness. As we initiate unprecedented structural environmental changes in the world around us, waffling and procrastinating are fatal mistakes. For those who doubt, just listen to the storms rage, watch the waters rise, feel the heat intensify, notice ecologies alter and species disappear into extinction. These changes are not imagined; science confirms this trend as solid evidence. This is not nature’s vengeance; it is what we have incited nature to do.

If we don’t want nature’s abuse, then we must learn its language, study its ways, and comply with its character. And we can do this best by freeing science from political ideology, personal prejudices, power struggles, religious beliefs and economic aspirations. Science has brought us immeasurable benefits since its inception just a few brief centuries ago. If we can free it to find a harmonious balance with natures’s imperatives, it can carry us forward to wonderful possibilities.

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Promoetheus, who stole fire from Zeus and paid the price

Four Myths: Insights into Change

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Everything that science can tell us about the environmental challenges unfolding around us must pass through layers of attitudes and values before we can identify or remedy them – “If I hadn’t believed it, I wouldn’t have seen it,” was Marshall McLuhan’s noted comment on this subject. Evidence alone will neither make us aware nor change our behaviour when all experience must be filtered before it registers as real. This difficult subject is illuminated by Professor Michael Hulme of the United Kingdom’s University of East Anglia. Although his expertise is climate change, his insights apply to broader environmental subjects (New Scientist, Sept. 5/09).

Professor Hulme proposes that we consider four myths of our Western culture, the “stories we tell that embody deeper assumptions about the world around us” – and here he means “myths” in the anthropological sense, the frameworks we create to give meaning to our individual and collective experiences.

Myths, in this sense, are culturally true – not absolutely true – and are continually changing with time and circumstance. Indeed, conflict within a culture usually occurs when newly-evolving myths generated by fresh evidence and experience collide with old myths, precisely what is happening today as we measure the inability of our natural world to maintain its equilibrium under the impact of our collective human behaviour. This conflict of limits is also a conflict of myths.

The first myth Professor Hulme proposes is the Edenic one. It uses “the language of lament and nostalgia” to reflect our loss of simplicity and innocence, and urges a return to circumstances when we lived in greater harmony with the natural world. In this myth, our environment is understood as giving and generous, as fragile and sacred. The power we have amassed to affect it makes us apprehensive. Our fear is that our wisdom is not sufficient to manage nature’s intricate complexity. The damage we do could be fatal, tantamount to another expulsion from Paradise.

Second is the Apocalyptic Myth. Its “language of fear and disaster” reflects our anxiety about the future. In a time of radical change – history on steroids would accurately describe our present age – this anxiety is amplified. Implicit in this myth is our inherent sense of humility and insecurity, an awareness that we must not disturb the physical and biological forces that regulate the living world which we must inhabit.

Third is the Promethean Myth, “named after the Greek deity who stole fire from Zeus and gave it to the mortals” – we got our fire but Zeus punished Prometheus eternally for the theft. In this myth, we use the power of technology to exercise control over nature, “revealing our desire for dominance and mastery”. But this authority also comes with a “lack of wisdom and humility to exercise it.” In this myth, we have little sense of the great design we are working within, little awareness of the potency of our power, or how we are to live harmoniously with the multitude of natural forces operating the physical and biological complexity of our planet. This myth reminds us of the folly of reaching beyond our ability to regulate and control the planet that keeps us.

Fourth is the Themisian Myth, “named after the Greek goddess of natural law and order.” This myth couches environmental issues in “the language of justice and equity.” It implicitly condemns us for inflicting harm on others by emitting toxins, by disturbing weather and ecologies, by destroying habitat that wrongs plant and animal species, and by depleting resources that will be unavailable for future generations. The planet, in other words, is a moral place where we must carefully consider the consequences of whatever we do.

These four myths are all at play, in different combinations, within each of us. We use them to identify and interpret the circumstances in which we find ourselves, and to give motivation, direction and meaning to our actions. They are the means by which we guide and judge our behaviour.

Our predicament today is that the change occurring around us is so rapid and dramatic that we can’t adapt our myths quickly enough. The technological power at our disposal is so huge and our numbers are so many that we are re-shaping the planet as never before in human history. The myths loom in front of us as dilemmas, on a scale and intensity that matches the steroidal history we are moving through. The particular myth that we each might favour – how we are inclined to interpret the world – yields our assessment of our present environmental situation, and this establishes our relationship with others who may stress different myths. As the speed and intensity of our civilization increases, the tumult increases.

Those favouring the Edenic Myth lament the loss of an old innocence. Those disposed to the Apocalyptic Myth anticipate widespread mayhem from our injudicious behaviour. Those with faith in the Promethean Myth trust in the power of technologies. Those inclined toward the Themisian Myth are concerned with the morality of all we do. And modern science, with its pervasive and obsessive quest for information and understanding, provides insights that heighten the intensity of each of these myths. We experience their collisions as conflicts reverberating throughout our social, political, ethical and material lives.

Professor Hulme doesn’t suggest how these conflicts will or can be resolved. But, like the Greek myths themselves, knowing about them heightens the awareness of living by reminding us that the chasm of tragedy is always just a mistake away.

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“Flawed” Pro-Asbestos Study by McGill Researchers Questioned

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Read this report from CBC.ca on criticism of a study produced by McGill University researchers that minimizes the health impacts of asbestos. (Feb 2, 2012)

A major 40-year study on asbestos safety completed by a group of scientists at McGill University is flawed, lacks transparency and contains manipulated data says Dr. David Egilman, a professor at Brown University, health activist and longtime industry critic.

The study, which followed the health of 11,000 miners and mill workers in Quebec between 1966 and the late 1990s, is used by the Chrysotile Institute — a lobby arm funded by, overseen and closely associated with both Liberal and Conservative governments — to promote the use of asbestos overseas.

According to Egilman, as the dangers of asbestos became better known in the 1960s, the industry decided to do its own research and hired Dr. John Corbett McDonald at McGill University’s School of Occupational Health. Industry documents obtained by CBC News showed it wanted to conduct research similar to that in the tobacco industry, which stated that “Industry is always well advised to look after its own problems.”

Read more: http://www.cbc.ca/news/canada/story/2012/02/01/asbestos-study-mcgill.html

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LEDs Should Revolutionize Lighting and Energy Efficiency – If GE Doesn’t Get in the Way

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Read this story from Forbes.com on the incredible benefits of LED lights. The only problem is, some of the big players in the lighting game, like General Electric, don’t hold LED pattents like they do with competing and clearly inferior CFL lights. (Jan. 27, 2012)

“It’s projected that the shift to LED lighting is going to be huge. It’s going to capture 60 percent of the market globally in the next ten years.”

That shift will be motivated not only by a global response to climate change, but especially by the economic benefits of LED lights.

“They’re clearly a superior product,” Weissbourd said, “but not yet market accepted.”

That slow acceptance derives, in part, from higher initial cost. An LED “bulb” costs $35, compared to $1.25 for an incandescent bulb or $3.95 for a compact fluorescent that illuminates at the same brightness.

But that LED light will cost only $95.95 to operate for the next 50,000 hours, compared to $652.50 for the incandescent and $159.75 for the CFL.

The economics of LED lights are so favorable that as market acceptance develops, and as start-up costs drop, building owners will be able to shift to LED lighting without requiring much, if any, financial assistance, he said…

…“Whether we can compete in the green economy depends on whether we have companies that can redeploy their assets into it,” Weissbourd said.

The light bulb market is dominated by a small number of manufacturers, including Sylvania, Philips and GE. Those companies offer LED lighting but have not promoted it. Weissbourd compared them to Kodak, which he said invented the digital camera, then shelved it to avoid competing with its more traditional products. Kodak filed for Chapter 11 bankruptcy Jan. 19.

Read this story: http://www.forbes.com/sites/jeffmcmahon/2012/01/27/led-poised-to-light-up-the-world-study/

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