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	<title>Quick To Listen</title>
	<link>http://quicktolisten.org</link>
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	<pubDate>Fri, 08 Aug 2008 14:38:47 +0000</pubDate>
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		<title>Exposed: The Manufactured Debate Over Climate Change</title>
		<link>http://quicktolisten.org/archives/80</link>
		<comments>http://quicktolisten.org/archives/80#comments</comments>
		<pubDate>Fri, 18 Jan 2008 16:40:00 +0000</pubDate>
		<dc:creator>Ross Gelbspan</dc:creator>
		
		<category>Environment</category>

		<guid isPermaLink="false">http://quicktolisten.org/archives/80</guid>
		<description><![CDATA[by Ross Gelbspan
Unintentionally, we have set in motion massive systems of the planet with huge amounts of inertia that have kept it relatively hospitable to civilization for the last 10,000 years. We have heated the deep oceans.  We have reversed the carbon cycle by more than 600,000 years. We have loosed a wave of violent [...]]]></description>
			<content:encoded><![CDATA[<p><em>by Ross Gelbspan</em></p>
<p>Unintentionally, we have set in motion massive systems of the planet with huge amounts of inertia that have kept it relatively hospitable to civilization for the last 10,000 years. We have heated the deep oceans.  We have reversed the carbon cycle by more than 600,000 years. We have loosed a wave of violent weather. We have altered the timing of the seasons. We are living on an increasingly narrow margin of stability.</p>
<p>While the world’s governments have spent nine years trying to ratify emissions reductions of five to seven percent, a larger reality is being ignored. The science tells us clearly we must cut our emissions by at least 70 percent if we are to allow the climate to re-stabilize.<br />
While some aspects of the science are dizzyingly complex, the facts underlying the science are quite simple. Carbon dioxide traps in heat. For 10,000 years, the amount of carbon dioxide in the atmosphere has remained the same &#8212; 280 PPM—until the late 19th century when the world began to industrialize using more coal and oil. That 280 is now up to 380 – a level this planet has not experienced for at least 650,000 years. Unchecked, that 280 will double later in this century to 560 PPM which correlates with an increase in the global temperature of 3* to 10* F. For context, the last Ice Age was only 5* to 9* F colder than our current climate. Each year, we are pumping seven billion tons of heat-trapping carbon  into an atmosphere whose upper extent is about 10 miles overhead. </p>
<p><a id="more-80"></a><br />
 <br />
The most visible evidence of this new climatic instability lies in the relentless succession of extreme weather events all over the world during the past few years.<br />
A few highlights just from 2005 include:<br />
* In January, two feet of snow fell in the hills outside Los Angeles.<br />
 * In February, a 124-mile-an-hour windstorm shut down nuclear plants in Scandinavia and the UK<br />
 * A severe, prolonged  drought in the Midwest dropped water levels in the Missouri River to their lowest on record last summer.<br />
 * In July, the worst drought on record in southern Europe triggered wildfires in Spain and Portugal and left water levels in France at their lowest in 30 years.<br />
 * That same month, a lethal heat wave in Arizona kept temperatures above 110 degrees for a week and killed more than 20 people.<br />
 * In August, the Indian city of Mumbai received 37 inches of rain in one day &#8212; killing 1,000 people and disrupting the lives of 20 million others.<br />
 * Days later, global warming hit home with a vengeance in the form of Katrina, Rita and Wilma &#8212; hurricanes which began as relatively small, category 1 storms but which swelled to enormously destructive megastorms as they passed over the superheated waters of the Gulf of Mexico.</p>
<p>The economic consequences of these intensifying weather extremes are visible in the rising disaster relief costs to governments and the escalating losses of the world’s property insurers. <br />
 <br />
During the 1980s insurance losses to extreme weather events averaged $2 billion a year; in the 1990s they averaged $12 billion a year. In 1998, the insurance industry lost $89 billion  to extreme events &#8212; more than it lost during the entire decade of the 1980s.  In 2005, the industry reported that the world absorbed about $150 billion in losses from climate impacts.<br />
 <br />
Moreover, Munich Re, the world’s largest reinsurer, estimates that within several decades, losses from climate impacts will amount to $300 billion a year, while the largest re-insurer in Britain projects that, unchecked, the impacts of climate change could bankrupt the global economy by 2065.<br />
 <br />
Politically, there is a strong totalitarian threat to climate change. It is easiest to see in certain poor countries whose ecosystems are as fragile as their traditions of democracy. It is not hard to foresee governments resorting to permanent states of martial law in the face of food shortages, droughts, floods, incursions of environmental refugees and epidemics of infectious disease.<br />
 <br />
A couple of years ago, following a long spell of  drought and frost, 700,000 Papua New Guineans left their homes and began wandering the countryside in search of food, water and warmth. And officials said they could not control the situation. Fortunately, other countries came to their aid, but the situation is a vivid illustration of the kind of political instability that climate change implies.<br />
 <br />
The escalation of climatic instability holds anti-democratic potentials for the North as well. It will cause big job losses. It will shrink foreign markets. It will impair the flow of industrial commodities from abroad. This is not the kind of climate in which democracy flourishes. This is the kind of climate that could easily lead to food rationing, with its associated black-market crime. It could lead to the militarization of disaster relief forces to maintain social order. The threat is imminent enough that the Central Intelligence Agency is studying the potentials for political destabilization from climate-related disruptions.   Last year, the Pentagon released a major planning scenario detailing mass-migrations, wars and all kinds of political chaos that would result from a rapid climate change event. What is significant about the document is that it reclassifies climate change from an environmental problem to a national security threat.<br />
 <br />
There is one more body of evidence that has nothing to do with computer models or weather patterns. It involves physical changes taking place today:<br />
 * Warming expands water.  Officials recently relocated  40,000 inhabitants from their island homes in the South Pacific which are being submerged by rising sea levels.<br />
 <br />
Heat changes ecosystems. Two recent studies in the journal Nature reported that animals, insects, birds, fish and whole ecosystems all over the world are migrating toward the poles in a futile search for temperature stability.<br />
 <br />
Warming is also accelerating in the deep oceans &#8212; down to a depth of two miles.  That deep ocean warming is causing the break up of Antarctic ice shelves— three pieces at least the size of Rhode Island have broken off since 1995.  A little more than a year ago, the largest ice shelf in the Arctic &#8212; 3,000 years old, 80 feet thick and 150 square miles in area &#8212; collapsed.<br />
 * High above the oceans, most of earth’s glaciers are retreating at accelerating rates. The biggest glacier in the Peruvian Andes was retreating by 14 feet a year 20 years ago; today it is shrinking by 99 feet a year.<br />
 * The Siberian and Alaskan tundras, which for thousands of years absorbed methane and CO2, are now thawing and releasing those gases back into the atmosphere.<br />
 <br />
We have even altered the timing of the seasons. Because of the buildup of atmospheric CO2, spring is now arriving almost two weeks earlier in the northern hemisphere than it did 20 years ago. Without realizing it, we are changing the rhythms of nature by which we have planted our crops, and lived our lives and written our poetry for 10,000 years.  <br />
 <br />
Finally, climatic instability is bad for human health. The most obvious impact comes from heating. Recently, the UN’s weather agency (World Meteorological Organization) predicted a worldwide doubling of deaths due to heat waves in the next 20 years.  Witness the 35,000 heat deaths in Europe two summers ago.<br />
 <br />
There is another, more complex set of health impacts – and they involve the warming-driven northward migration of tropical diseases. Warming accelerates the breeding rates and the biting rates of insects.  It expands their range by allowing them to live longer at higher altitudes and higher latitudes. As a result, mosquitoes are now spreading yellow fever, malaria and dengue fever to populations which have never previously been exposed.  Globally malaria quadrupled between 1990 and 1995.<br />
 <br />
The British medical journal, the Lancet, has called indifference to climate change a form of &#8220;bio-political terrorism.&#8221;<br />
 <br />
So the consequences to our social existence are truly profound.  As one world-class  scientist said: “If this newly unstable climate had begun 150 years ago, the planet would likely never have been able to support its current population.” <br />
 <br />
This, then, is the central drama underlying the issue: the ability of this planet to sustain civilization versus the survival of the largest commercial enterprise in human history. The oil and coal industries together generate more than a trillion dollars a year in commerce. They support the economies of more than a dozen countries. In this battle, their resources are virtually without limit. <br />
 <br />
For more than a decade, the fossil fuel lobby has mounted an extremely effective campaign of disinformation to persuade the public and policy-makers that the issue of atmospheric warming is still stuck in the limbo of scientific uncertainty. That campaign for the longest time targeted the science. And in so doing, it marginalized the findings of more than 2,000 scientists from 100 countries reporting to the U.N. in what is the largest and most rigorously peer-reviewed scientific collaboration in history. It then misrepresented the economics of an energy transition. And most recently, with its new champion in the White House, it has attempted to demolish the diplomatic foundations of the climate convention.  And it has been extraordinarily successful in maintaining a relentless drumbeat of doubt in the public mind.<br />
 <br />
More than a decade ago, Western Fuels, a $400-million coal consortium, declared in its annual report it was launching a direct attack on mainstream science and enlisting several scientists who are skeptical about climate change—Fred Singer, Pat Michaels and Robert Balling. It turned out these three skeptics received about a million dollars in a three-year period from coal and oil interests which was never publicly disclosed until we published it. <br />
 <br />
Western Fuels and several coal utilities launched an extensive public relations campaign which called for local press, radio and TV appearances by these greenhouse skeptics. According to its strategy papers, the purpose of the campaign was to “reposition global warming as theory rather than fact.” The same document indicates the campaign was designed to target “older, less-educated men&#8230;[and] young, low-income women” in districts which receive their electricity from coal and, preferably, have a representative on the House Energy Committee.<br />
 <br />
The coal industry followed this effort with a $250,000 video which claimed global warming is good for us.  It argued that as we get more warming in the far north, we can grow more food to help feed an expanding population.  Unfortunately, the video overlooks two factors. The first is the bugs. Of all natural systems, one of the most sensitive to even slightest temperature change is insects; even a slight warming will trigger an explosion of crop-destroying, disease-spreading insects. Plant biologists point out an even more unconscionable omission. While enhanced CO2 may temporarily increase yields in the northern latitudes, it will decimate food crop growth in the tropical latitudes where the majority of the world’s poorest and hungriest people live. A half-degree increase in the average temperature will cause a substantial decline in rice yields in Southeast Asia—and a drop-off of 20 percent of the wheat crop in India—a country where a third of the population—more than 300 million people—live in extreme poverty.<br />
 <br />
This manufactured denial is by far the biggest obstacle facing all of us at work on this issue.  It is the predictable outcome of a campaign of disinformation which was launched a decade ago by the coal industry &#8212; which paid three would-be scientists more than a million dollars in a three year period to publicly deny this reality. More recently it has been carried forward by ExxonMobil which has spent more than $13 million in the last five years to bankroll these skeptics.  <br />
 <br />
As recently as July, 2006, ExxonMobil took another step to further distort public policy.  In February, a group of 86 Evangelical ministers urged strong action on global warming to help preserve God&#8217;s creation &#8212; and to protect the world&#8217;s poorest residents from the ravages of climate change.<br />
 <br />
That was followed, in July, by a statement from a smaller group of evangelical organizations downplaying the severity of climate change.  Six of the fundamentalist Christian groups that formed the core of this new coalition received nearly $2.5 million in funding from ExxonMobil.<br />
 <br />
In the early 1990s, with the science still uncertain, this deception could be excused as predictable, business-as-usual response. But since the science has become so robust and the impacts so visible, I am coming to regard it as a crime against humanity.  <br />
 <br />
To me as a journalist, this whole campaign goes way beyond traditional public relations spin.  To me, this effort basically amounts to the privatization of truth.  </p>
<p>The industry-sponsored “skeptics”  are fond of pointing out uncertainties in the science. They have made a living off of scientific uncertainty. But they have used it in a very selective and misleading way.<br />
 <br />
Here is what I think is the truth about uncertainty. Carbon dioxide stays in the atmosphere 100 years. If we could magically stop all our coal and oil burning, we would still be subject to a long spell of costly and traumatic disruptive weather. Moreover new research indicates that prehistoric climate changes have happened as abrupt shifts rather than gradual transitions, and that small changes in a very delicately balanced atmosphere have produced very large outcomes. Not only are we gambling with our future. We are gambling with our eyes blindfolded. We can’t really read the cards we’ve been dealt.<br />
 <br />
Here is some good news.  Outside the U.S., there is virtually no debate in any other country in the world about what is happening to the climate.  All the debates in the other countries are on the policy side &#8212; how do we change our energy diet without wrecking our economies.  One proof is that, even as the US has been dragging its heels, a number of European countries have decided to forge ahead.<br />
 <br />
Holland just finished a plan to cut its emissions 80 percent in the next 40 years.  Tony Blair has announced Britain will cut its emissions by 60 percent in the next 50 years. Germany has committed to cuts of 50 percent in 50 years.  In mid-2005, French President Jacques Chirac called on the industrial nations to cut emissions by 75 percent in the next 45 years.<br />
 <br />
So it’s important to remember that the confusion about climate change stops at the boundaries of the United States. <br />
 <br />
With that in mind, I would like briefly to reference three interactive policy strategies which could easily be accommodated within the Kyoto framework.<br />
 <br />
They include:<br />
 • a change of energy subsidy policies in industrial countries &#8212; redirecting the $25 billion that the US government spends &#8212; and the $200 billion that industrial nations overall &#8212; spend &#8212; on subsidizing fossil fuels &#8212; and putting those subsidies behind renewable technologies. <br />
 • the creation of a large fund, of about $300 billion a year for several years &#8212; to jumpstart renewable energy infrastructures in developing countries; this could  be funded by a tax on global commerce (in the form of a tax on international currency transactions) to address a global threat.<br />
 • the adoption within the Kyoto framework of a binding, progressively more stringent Fossil Fuel Efficiency Standard that rises by 5 percent per year. <br />
 <br />
Under this plan, every country would start at its current baseline to increase its fossil fuel energy efficiency by 5 percent every year until the global 70 percent reduction is attained.  That means a country would produce the same amount of goods as the previous year with five percent less carbon fuel.  Alternatively, it would produce five percent more goods with the same carbon fuel use as the previous year. <br />
 <br />
Since no economy can grow at five percent for long, emissions reductions would outpace long-term economic growth. <br />
 <br />
For the first few years of this progressive efficiency standard, most countries would meet their goals by implementing low-cost or even profitable efficiencies – the “low-hanging fruit” &#8212; in their current energy systems.  After a few years, as those efficiencies became more expensive to capture, countries would meet the 5 percent goal by drawing  more and more energy from renewable sources – most of which are 100 percent efficient by a Fossil Fuel standard.<br />
 <br />
And that would create the mass markets and economies of scale for renewables that would bring down their prices and make them competitive with coal and oil.<br />
 <br />
Several oil executives have said in private that they can, in an orderly fashion, decarbonize their energy supplies. But they need the governments of the world to regulate them so all companies can make the transition in lockstep without losing market share to competitors. A progressive Fossil Fuel Efficiency Standard would, I think,  provide that type of regulation. <br />
 <br />
The real economic issue involved in a global transition to clean energy is not cost.  The real economic issue is whether the world has a large enough labor force to accomplish the task in time to meet nature’s deadline.<br />
 <br />
While most discussions about the climate crisis involve diplomacy and economics, climate change is ultimately a fundamental issue of human morality.<br />
 <br />
When I talk to policy makers about this issue, I cast it in economic terms. Here are the coming financial impacts of climate change &#8212; $300 billion a year in losses in the coming decades &#8212; versus the economic benefits of a global transition to clean energy. <br />
 <br />
But climate change is not basically an economic issue. It is, first and foremost, a moral issue.  Climate change hits poor countries hardest &#8212; not because nature discriminates against the poor, but because poor countries can not afford to strengthen their infrastructures to buffer climate impacts.  To continue to ignore this threat means putting at risk billions of poor people around the world who are immediately vulnerable to its impacts. <br />
 <br />
It means dishonoring all the work of all those generations who have worked so hard to create this civilization we enjoy today.<br />
 <br />
Ultimately of course, it means consigning our children to a future of chaos and disintegration. What is really missing from the climate debate is an insistence on the moral imperative of truly facing this challenge in all its dimensions. Animals are displaced. Natural systems are showing alarming signs of stress. Species are going extinct. We are tampering with the very foundations of creation. Surely our lives are more than the sum of our economic transactions.  Hopefully we have maintained enough of our capacity for appreciation that we can not let ourselves knowingly proceed with the ruination of our species home. Were the U.S. to take the lead in this effort, it could accomplish more than a simple energy transition. Not only could this kind of initiative stave off the most disruptive impacts of our inflamed atmosphere. It could also bring all the nations of the world together in a common global project.  It could begin to put people in charge of governments &#8212; and governments in charge of corporations. It could create millions of jobs &#8212; especially in developing countries.  It could begin to turn impoverished and dependent countries into trading partners. It could begin to reduce the destabilizing &#8212; and dehumanizing &#8212; inequity between the North and South.  And in a very short time it could jump the renewable energy industry into a central driving engine of growth for the global economy. Back here on earth, the reality is dismal.<br />
 <br />
Climate change has become the pre-eminent case study of the contamination of our political system by money.  Four years ago, the President reneged on his campaign promise to cap emissions from coal-powered plants. The Administration then announced the first draft of its energy plan – which is basically a fast track to climate hell.<br />
 In a truly Orwellian stroke, the White House removed all references to the dangers of climate change from the EPA&#8217;s website. This is not political conservatism. This is corruption disguised as conservatism. Finally, of course,  the president withdrew the US from the Kyoto talks. At the time, he pledged the US withdrawal would not affect the efforts of other countries. Nevertheless, in December in Montreal, the Bush Administration did its best to kill the ongoing climate negotiations. Still, despite the current political situation, I do believe the time is right for a major political offensive on the climate crisis. We have as allies most of the nations of the world.  We have growing numbers of corporations. Most importantly, we have nature.  Climate change will only get worse.  <br />
 But the time for action is very short. The deep oceans are warming; the tundra is thawing; the glaciers are melting; infectious diseases are spreading; violent weather is increasing and the timing of the seasons has changed.  And all that has resulted from one degree of warming.  By contrast, the earth will warm from 3 to 10 degrees later in this century, according to the IPCC. </p>
<p>Our civilization is standing at an extraordinary crosspoint. And while a positive prognosis may be overly visionary, the alternative – given the escalating instability of the climate and the intensifying desperation of global poverty – is truly horrible to contemplate.  Our modern history has been marked by the totalitarianism of command-and-control economies and the opulence and brutality of unregulated markets and runaway globalization. It is just possible that a global public works project to rewire the planet could serve as a pilot, a model that could begin to point all toward that optimal calibration of competition and cooperation that would maximize our energy and creativity and productivity while, at the same time, dramatically extending the baseline conditions for peace – peace among people and peace between people and nature.    <br />
&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;&#8212;-<br />
<em>Ross Gelbspan, a 30-year journalist with The Philadelphia Bulletin, The Washington Post and The Boston Globe, is the author of two books on the climate crisis:  The Heat Is On (1997) and Boiling Point (2004). He maintains the website: </em><a href="http://www.heatisonline.org/"><em>www.heatisonline.org</em></a><em> <br />
</em>
</p>
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		<title>Global Warming &#038; Christian Responsibility</title>
		<link>http://quicktolisten.org/archives/79</link>
		<comments>http://quicktolisten.org/archives/79#comments</comments>
		<pubDate>Fri, 11 Jan 2008 23:07:31 +0000</pubDate>
		<dc:creator>Sir John Houghton</dc:creator>
		
		<category>Environment</category>

		<guid isPermaLink="false">http://quicktolisten.org/archives/79</guid>
		<description><![CDATA[
by Sir John Houghton  
Sir John T. Houghton is the co-chair of the Intergovernmental Panel on Climate Change and was the lead editor of the first three IPCC reports. He was professor in atmospheric physics at the University of Oxford, former Chief Executive at the Meteorolgical Office (The UK’s national weather service) and founder of the [...]]]></description>
			<content:encoded><![CDATA[<p><font face="Times New Roman"><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></p>
<p align="left"><font face="Times New Roman">by Sir John Houghton<strong> </strong></font> </p>
<p></font><font face="Times New Roman"><em><span lang="EN">Sir John T. Houghton is the co-chair of the <a title="Intergovernmental Panel on Climate Change" href="http://en.wikipedia.org/wiki/Intergovernmental_Panel_on_Climate_Change">Intergovernmental Panel on Climate Change</a> and was the lead editor of the first three <a title="Intergovernmental Panel on Climate Change" href="http://en.wikipedia.org/wiki/Intergovernmental_Panel_on_Climate_Change">IPCC</a> reports. He was professor in atmospheric physics at the <a title="University of Oxford" href="http://en.wikipedia.org/wiki/University_of_Oxford">University of Oxford</a>, former Chief Executive at the <a title="Met Office" href="http://en.wikipedia.org/wiki/Met_Office">Meteorolgical Office</a> (The UK’s national weather service) and founder of the <a title="Hadley Centre" href="http://en.wikipedia.org/wiki/Hadley_Centre">Hadley Centre</a> for Climate Prediction &#038; Research. Sir Houghton is also an evangelical Christian. </span></em></font></p>
<p><font face="Times New Roman"><em><span lang="EN" /></em></font><font face="Times New Roman"><em><span lang="EN" /></em></font><font face="Times New Roman"><em><span lang="EN" /></em></font><strong><font face="Times New Roman">The crisis of sustainability<br />
</font></strong><font face="Times New Roman">Imagine you are a member of the crew of a large space ship on a voyage to visit a distant planet. Your journey there and back will take many years. How can the crew survive that long? An adequate, high quality, source of energy is readily available in the radiation from the sun. Otherwise, resources for the journey are limited. Much of the time of the spacecraft crew is taken up with managing the resources as carefully as possible. A local biosphere is created in the spacecraft where plants are grown for food and everything is recycled. Careful accounts are kept of all resources, with especial emphasis on non-replaceable components. Waste products must not be allowed to degrade the environment on board the spaceship. That the resources be <em>sustainable</em> at least for the duration of the voyage, both there and back, is clearly essential.</font><font face="Times New Roman"></font><font face="Times New Roman"> </font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman">Planet Earth is enormously larger than the spaceship we have just been describing. The crew of Spaceship Earth at six billion and rising is also enormously larger. The principle of Sustainability should be applied to Spaceship Earth as rigorously as it has to be applied to the much smaller vehicle on its interplanetary journey. Professor Kenneth Boulding a distinguished American economist was the first to employ the image of Spaceship Earth. In a publication in 1966 he contrasted an ‘open’ or ‘cowboy’ economy (as he called an unconstrained economy) with a ‘spaceship’ economy in which sustainability is paramount. [1]</font><font face="Times New Roman"><br />
</font><font face="Times New Roman"><br />
 </font><font face="Times New Roman">There have been many definitions of Sustainability. The simplest I know is ‘not cheating on our children’; to that may be added, ‘not cheating on our neighbors’ and  ‘not cheating on the rest of creation’. In other words, not passing on to our children or any future generation, an Earth that is degraded compared to the one we inherited, and also sharing common resources as necessary with our neighbors in the rest of the world and caring properly for the non-human creation.</font><font face="Times New Roman">  </font><font face="Times New Roman" /><font face="Times New Roman">As we enter the 21<sup>st</sup> century, many things are happening in our modern world that are just not sustainable.[2]</font><font face="Times New Roman"> In fact, we are all guilty of cheating in the three respects I have mentioned. Perhaps the biggest and most challenging problem we face is that of the climate change that is being caused by human activities particularly the burning of fossil fuels (coal, oil and gas). About 7 billion tons of carbon (as carbon dioxide) per year currently enter the atmosphere from fossil fuel sources, a figure that continues to increase rapidly, with the result that the concentration of carbon dioxide in the atmosphere is now at a higher level than for at least half a million years.</p>
<p></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"><strong>Human-induced Climate Change<br />
</strong></font><font face="Times New Roman">‘Greenhouse gases’ such as carbon dioxide in the atmosphere absorb infra-red or ‘heat’ radiation from the earth’s surface and act as blankets over the earth’s surface, keeping it warmer than it would otherwise be. The basic science underlying this natural ‘greenhouse effect’ has been known for nearly two hundred years; it is essential to the provision of our current climate to which ecosystems and we humans have adapted. However, because of the human induced increase in greenhouse gases, especially carbon dioxide, the temperature at the earth’s surface is rising. The best estimates by the world’s climate scientists is that, over the 21<sup>st</sup> century the global average temperature will rise by between 2 and 6 ºC (3.5 to 11 ºF) from its pre-industrial level</font><font face="Times New Roman">.[3] For <em>global average</em> temperature, a rise of this amount is large. Its difference between the middle of an ice age and the warm periods in between is only about 5 or 6 ºC (9 to 11 ºF). So, associated with likely warming in the 21<sup>st</sup> century will be a rate of change of climate equivalent to say, half an ice age in less than 100 years – a larger rate of change than for at least 10,000 years. Adapting to this will be difficult for both humans and many ecosystems.<a id="more-79"></a><img title="More..." height="10" alt="More..." src="http://quicktolisten.org/wp-includes/js/tinymce/themes/advanced/images/spacer.gif" width="640" name="mce_plugin_wordpress_more" /></font><font face="Times New Roman"></font><font face="Times New Roman">Talking in terms of changes of global average temperature, however, tells us rather little about the impacts of global warming on human communities. Some of the most obvious impacts will be due to the rise in sea level that occurs because ocean water expands as it is heated. The projected rise is of the order of half a meter (20 inches) a century and will continue for many centuries – to warm the deep oceans as well as the surface waters takes a long time. This will cause large problems for human communities living in low lying regions. Many areas, for instance in Bangladesh (where about 10 million live within the one meter contour), southern China, islands in the Indian and Pacific oceans and similar places elsewhere in the world will be impossible to protect and many millions will be displaced.</font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman">There will also be impacts from extreme events. The extremely unusual high temperatures in central Europe during the summer of 2003 led to the deaths of over 20,000 people. Careful analysis leads to the projection that such summers are likely to be average by the middle of the 21<sup>st</sup> century and cool by the year 2100.</font><font face="Times New Roman"> </font><font face="Times New Roman" /><font face="Times New Roman">Water is becoming an increasingly important resource. A warmer world will lead to more evaporation of water from the surface, more water vapor in the atmosphere and more precipitation on average. Of greater importance is the fact that the increased condensation of water vapor in cloud formation leads to increased latent heat of condensation being released. Since this latent heat release is the largest source of energy driving the atmosphere’s circulation, the hydrological cycle will become more intense. This means a tendency to more intense rainfall events and also less rainfall in some semi-arid areas. Since, on average, floods and droughts are the most damaging of the world’s disasters, their greater frequency and intensity is bad news for most human communities and especially for those regions such as south east Asia and sub-Saharan Africa where such events already occur only too frequently. It is these sorts of events that provide some credence to the comparison of climate with weapons of mass destruction.<br />
</font><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman">Sea level rise, changes in water availability and extreme events will lead to increasing pressure from environmental refugees. A careful estimate[4]</font><font face="Times New Roman"> has suggested that, due to climate change, there could be more than 150 million extra refugees by 2050.</font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman">In addition to the main impacts summarized above are changes about which there is less certainty, but if they occurred would be highly damaging and possibly irreversible. For instance, large changes are being observed in polar regions and that the Greenland ice cap might begin to melt down is becoming a more likely possibility. Complete melt down may take up to 1000 years or more but would eventually add 7 meters (23 feet) to the sea level.</font><font face="Times New Roman"> </font><font face="Times New Roman"><em> </em></font><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman">So far I have addressed adverse impacts. But here will also be some positive impacts. For instance, in Siberia and other areas at high northern latitudes, winters will be less cold and growing seasons longer. Also, increased concentrations of carbon dioxide have a fertilizing effect on some plants and crops which, providing there are adequate supplies of water and nutrients, will lead to increased crop yields in some places. However, careful studies demonstrate that adverse impacts will far outweigh positive ones, the more so as temperatures rise more than 1 or 2 ºC (2 to 3.5 ºF) above pre-industrial values.</font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman">How sure are we about the scientific story I have just presented? There remain large uncertainties in the detail but the main fact that global warming due to human action is occurring and is likely to cause serious adverse impacts especially in the world’s poorer countries is firmly based in science that is well understood. The world scientific community has carried out thorough assessments of the science of human induced climate change through the work of the Intergovernmental Panel on Climate Change (IPCC) - formed jointly by the World Meteorological Organization and the United Nations Environment Program in 1988. I had the privilege of being chairman or co-chairman of the Panel’s scientific assessment from 1988 to 2002.In its reports[5]</font><font face="Times New Roman"> the IPCC has honestly and objectively distinguished what is reasonably well known and understood from those areas with large uncertainty. No assessments on any other scientific topic have been so thoroughly researched and reviewed. The Academies of Science of the world’s eleven most important countries (the G8 plus India, China and Brazil) have recently issued a statement endorsing the IPCC’s conclusions[6]</font><font face="Times New Roman">. The brief account I have presented here is based on the IPCC’s reports.</font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /></font><font face="Times New Roman">Unfortunately, there are strong vested interests that have spent tens of millions of dollars on spreading misinformation about the climate change issue. Some of those involved have had the amazing audacity to present the careful, authoritative, honest work of the world climate science community through the IPCC as ‘junk science’, when, in fact, it is their dishonest presentations that could be described that way. First they tried to deny the existence of any scientific evidence for rapid climate change due to human activities. More recently they have largely accepted the fact of anthropogenic climate change but argue that its impacts will not be great, that we can ‘wait and see’ and in any case we can always ‘fix’ the problem if it turns out to be substantial. The scientific evidence cannot support such arguments.</font><font face="Times New Roman"> </font><font face="Times New Roman">International action regarding climate change began in 1992 with the establishment at the Earth Summit at Rio de Janeiro in 1992 of the Framework Convention on Climate Change (FCCC) - agreed by over 160 countries. It was signed by President George Bush and ratified unanimously by the US Senate. The Objective of the FCCC in its Article 2 is “to stabilize greenhouse gas concentrations in the atmosphere at a level that does not cause dangerous interference with the climate system” and that is consistent with sustainable development. Such stabilization would require that emissions of carbon dioxide into the atmosphere must not only stop growing but be reduced to a small fraction of their present levels well before the end of the century.<br />
</font><font face="Times New Roman" /><font face="Times New Roman">The reductions in emissions must be made globally; all nations must take part. However, there are very large differences between carbon dioxide emissions from different countries. Expressed in tons of carbon per capita per annum, they vary from about 5.5 for the USA, 2.2 for Europe, 0.7 for China and 0.2 for India. The global average per capita, currently about 1 ton per annum, must fall substantially not only to enable stabilization of carbon dioxide concentration but also to allow for the expected increase in human population during the 21<sup>st</sup> century. Ways need to be found to achieve the large reductions required that are both realistic and equitable.</font><font face="Times New Roman"> </font><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman">The Kyoto Protocol set up by the FCCC represents a beginning for the process of greenhouse gases reduction, averaging about 5% below 1990 levels by 2012 by those developed countries who have ratified the protocol[7]</font><font face="Times New Roman">. It is an important start that demonstrates the achievement of a useful measure of international agreement on such a complex issue. It also introduces for the first time international trading of greenhouse gas emissions so that reductions can be achieved in the most cost effective ways.</font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman">After the Kyoto reductions by 2012, it is essential that all countries join in the agreements. The UK government, for instance, has taken a lead on this issue and has agreed a target for the reduction of greenhouse gas emissions of 60% by 2050 - predicated on a stabilization target of doubled carbon dioxide concentrations together with a recognition that developed countries will need to make greater reductions to allow some headroom for developing countries. Economists in the UK government Treasury Department have estimated the cost to the UK economy of achieving this target. On the assumption of an average growth in the UK economy of 2.25 % p.a., they estimated a cost of no more than the equivalent of 6 months’ growth over the 50 year period[8]</font><font face="Times New Roman">. Similar costs for achieving stabilization have been estimated by the IPCC.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">Three sorts of actions are required if such reductions are to be achieved</font><font face="Times New Roman">.[9] First, there is energy efficiency. Approximately one third of energy is employed in buildings (domestic and commercial), one third in transport and one third by industry. Large savings can be made in all three sectors, many with significant savings in cost – as many industrial companies are beginning to find. Secondly, a wide variety of non-fossil fuel sources of energy are available for development and exploitation, for instance, biomass (including waste), solar power (both photovoltaic and thermal), hydro, wind, wave, tidal and geothermal energy. These need to be developed as rapidly as possible so as to provide for energy needs in the long-term, Thirdly, there are possibilities for sequestering carbon that would otherwise enter the atmosphere either through the planting of forests or by pumping underground (for instance in spent oil and gas wells). The opportunities for industry for innovation, development and investment in all these areas is large.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">Some argue that we can &#8216;wait and see&#8217; before action is necessary. That is not a responsible position. The need for action is urgent for three reasons. The first reason is <em>scientific</em>. Because the oceans take time to warm, there is a lag in the response of climate to increasing greenhouse gases. Because of greenhouse gas emissions to date, a commitment to substantial change already exists, much of which will not be realized for 30 to 50 years</font><font face="Times New Roman">.[10] Further emissions just add to that commitment. The second reason is <em>economic</em>. Energy infrastructure, for instance in power stations also lasts typically for 30 to 50 years. It is much more cost effective to begin now to phase in the required infrastructure changes rather than having to make them much more rapidly later. The third reason is <em>political</em>. Countries like China and India are industrializing rapidly. I heard a senior energy adviser to the Chinese government speak recently. He said that China by itself would not be making big moves to non fossil fuel sources. When the developed nations of the west take action, they will take action - they will follow not lead. China is building new electricity generating capacity of about 1 GW power station per week. If we want to provide effective leadership we need to start now.</font><font face="Times New Roman"> </font></p>
<p><strong><font face="Times New Roman">Creation Care - a Christian challenge<br />
</font></strong><font face="Times New Roman">People often say to me that I am wasting my time talking about environmental sustainability.  ‘The world’ they say ‘will never agree to take the necessary action’. I reply that I am optimistic for three reasons. First, I have experienced the commitment of the world scientific community (including scientists from many different nations, backgrounds and cultures) in painstakingly and honestly working together to understand the problems and assessing what needs to be done. Secondly, I believe the necessary technology is available for achieving satisfactory solutions. My third reason is that I believe we have a God-given task of being good stewards of creation.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">Let me explain what Christian stewardship of creation means. In the early part of Genesis, we learn that humans, made in God’s image, are given the mandate to exercise stewardship/management care over the earth and its creatures (Gen 1 v26,28 &#038; 2 v15). To expand on what this means, I quote from a document ‘A Biblical vision for creation care’ developed following a meeting of Christian leaders at Sandy Cove, Maryland, USA held in June 2004</font><font face="Times New Roman">.[11]</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">According to Scripture only human beings were made in the divine image (Gen. 1:26-27). This has sometimes been taken to mean that we are superior and are thus free to lord it over all other creatures. What it should be taken to mean is that we resemble God in some unique ways, such as our rational, moral, relational, and creative capacity. It also points to our unique ability to image God’s loving care for the world and to relate intimately to God. And it certainly points to our unique planetary responsibility. The same pattern holds true in all positions of high status or relationships of power, whether in family life, education, the church, or the state. Unique capacity and unique power and unique access create unique responsibility. Being made in God’s image is primarily a mandate to serve the rest of creation (Mk 10:42-45).<br />
</font><font face="Times New Roman"><strong> <br />
</strong></font><font face="Times New Roman">Only in recent decades have human beings developed the technological capacity to assess the ecological health of creation as a whole. Because we can understand the global environmental situation more thoroughly than ever before, we are in a sense better positioned to fulfill the stewardship mandate of Genesis 1 and 2 than ever before. Tragically, however, this capacity arrives several centuries after we developed the power to do great damage to the creation. We are making progress in healing some aspects of the degraded creation, but are dealing with decades of damage, and the prospect of long-lasting effects even under best-case scenarios.</font><strong><font face="Times New Roman"> </font></strong><strong> </strong><font face="Times New Roman">We cannot hide behind an earth that will not last or has no future. Jesus has promised to return to earth – earth redeemed and transformed</font><font face="Times New Roman">.[12] In meantime earth awaits, subject to frustration, that final redemption (Rom 8 v 20-22, Col 1 vv 15-20). Our task is to obey the clear injunction of Jesus to be responsible and just stewards until his return (Luke 12 v 41-48). Exercising this role of stewards provides an important part of our fulfillment as humans. In our modern world we concentrate so much on economic goals – getting rich and powerful.  Stewardship or long-term care for our planet and its resources brings to the fore moral and spiritual goals. Reaching out for such goals could lead to nations and peoples working together more effectively and closely than is possible with many of the other goals on offer.</font><font face="Times New Roman"><strong><font face="Times New Roman"> </font></strong></font></p>
<p><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"><strong>New Attitudes<br />
</strong></font><font face="Times New Roman">Taking our Christian stewardship seriously demands new attitudes and approaches at all levels of society, international, national and individual. An example of such an attitude is that of ‘sharing’. At the individual level, a lot of sharing often occurs; at the international level it occurs much less. Perhaps the most condemning of world statistics is that the rich are getting richer while the poor get poorer – the flow of wealth in the world is from the poor to the rich. Although the amount of aid to the developing world has increased substantially in recent years, if aid and trade are added together, it remains the case that the overwhelming balance of benefit is to rich nations rather than poor ones. Nations need to learn to share on a much larger scale.</font><font face="Times New Roman"> </font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman">We often talk of the ‘global commons’ meaning for example air, oceans or Antarctica – by definition these are ‘commons’ to be shared. But more ‘commons’ need to be identified. For instance, there are respects in which Land should be treated as a resource to be shared or fish and other marine resources. Or, in order for international action regarding climate change to be pursued, how are allowable emissions from fossil fuel burning or from deforestation to be allocated. How do we as a world share these natural resources between us and especially between the very rich – like ourselves - and the very poor?<br />
</font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman">The FCCC has soon to start negotiations including all countries regarding allocations of carbon dioxide emissions. One proposal is that the starting point is current emissions, so that it is reduction levels from the present that are negotiated. That is called ‘grandfathering’. Another proposal by the Global Commons Institute called ‘Contraction and Convergence’[13]</font><font face="Times New Roman"> is that from some future date – for instance, 2030 or 2050 - emissions should be allocated equally per capita with transfer of allocations allowed through trading. The logic and the basic equity of the second of these is in principle quite compelling – but is it achievable?</font><font face="Times New Roman"> </font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman">Sustainability will never be achieved without a great deal more sharing. Sharing is an important Christian principle. John the Baptist preached about sharing (Luke 3 v11), Jesus talked about sharing (Luke 12 v33), the early church were prepared to share everything (Acts 4 v32) and Paul advocated it (2 Cor 8 v13-15). The opposite of sharing - greed and covetousness - is condemned throughout scripture and is explicitly forbidden by the last of the Ten Commandments.<br />
</font></p>
<p><font face="Times New Roman">To achieve sharing in practical terms requires a means of accounting for each  person’s or nation’s share. This, in turn, implies goals or targets at which to aim. All commercial companies engage in carefully thought out, realistic, target setting so as to assist in ensuring business success. Targets are needed at all levels of society - international, national, local and personal. Many examples exist of international targets that have been agreed. Within the UN FCCC, targets have been set within the Kyoto Protocol. Discussions are beginning about internationally agreed targets for later dates that must involve all major countries. In the meantime, some countries or states (e.g. the UK and California</font><font face="Times New Roman">)[14] have set real or aspirational targets of their own.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">At the World Summit on Sustainable Development at Johannesburg in 2002, some new targets were established for example, to halve the proportion of people without access to clean water and basic sanitation by 2015; to use and produce chemicals by 2020 in ways that do not lead to significant adverse effects on human health and the environment; to maintain or restore depleted fish stocks to levels that can produce the maximum sustainable yield on an urgent basis and where possible by 2015; to achieve by 2010 a significant reduction in the current rate of loss of biological diversity. Many felt these targets were too vague or too weak. But at least they have provided something rather than nothing to aim at.<br />
</font></p>
<p><font face="Times New Roman">One aspect of sharing, the importance of which is increasingly recognized by agencies concerned with aid and by others, is not just to share our food or other goods with the third world but to share our skills, for instance in science and technology. I give you one example from my experience as a Trustee of the Shell Foundation</font><font face="Times New Roman">,[15] a large charity set up by the Shell company particularly to support the provision of sustainable energy in poor countries. In general, this is not being done through grants for individual projects. It is often said that it is better to provide a hungry man with a fishing rod than with a fish. It is even better to find someone who will set up a fishing rod factory! So the Foundation’s programs are increasingly concerned with the creation of local enterprises and the loan financing to enable them to get started. Examples of such enterprises are some that build and market simple efficient stoves using traditional fuels that will substantially reduce the amount of fuel that is used and also reduce indoor air pollution with the serious damage to health that it causes, and others that provide sustainable and affordable energy to poor communities often from the use of readily available waste material (e.g. rice straw in China, coconut shells in the Philippines etc). The potential for the multiplication of such projects is large. An aim of the Foundation is to catalyze other bodies and agencies in the creation of mechanisms for the large scale-up of such programs so that they can become significant on a global scale both in the provision of energy to poor communities and also in reducing greenhouse gas emissions.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">These new attitudes are not just to provide guidance to policy makers in government or elsewhere. They need to be espoused by the public at large. Otherwise government will not possess the confidence to act. For the public to take them on board, the public have to understand them. To understand, they have to be informed. Christian churches could play a key role in the propagation of new attitudes based on accurate and understandable information. Christian communities in the world should rise to the challenge, take the high ground and demonstrate Christian stewardship in effective action. A particular imperative is to express our care for God’s creation, our love for God and our neighbor (wherever he may be) by leading the way in more equitable sharing of the world’s resources.<br />
</font></p>
<p><font face="Times New Roman">We, in the developed countries have already benefited over many generations from abundant fossil fuel energy. The demands on our stewardship take on a special poignancy as we realize that the adverse impacts of climate change will fall disproportionately on poorer nations and will tend to exacerbate the increasingly large divide between rich and poor.<br />
</font><font face="Times New Roman"> <br />
</font><font face="Times New Roman">When I speak on this subject, my wife always reminds me to indicate the actions that individuals can take. There are some things that all of us can do. For instance, when purchasing vehicles or appliances we can choose ones that are fuel efficient; we can ensure our homes are as energy efficient as possible; we can purchase our electricity from a ‘green’ supplier guaranteeing that it is from renewable sources; we can use public transportation, car-share more frequently or travel less. Also we can support leaders in government or industry who are advocating or organizing the necessary solutions. To quote from Edmund Burke, a British parliamentarian of 200 years ago, ‘No one made a greater mistake than he who did nothing because he could do so little.’</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">In conclusion, I much like the symbol of the Celtic Cross, the cross of Jesus surrounded by a circle denoting the world, illustrating that the redemption Jesus accomplished includes not only humans but the whole of creation</font><font face="Times New Roman">.[16] And we humans have the responsibility of being stewards of God’s creation until Jesus returns. In a parable about stewardship in Luke 12, Jesus instructs his disciples ending with the clear message, ‘Unto whomsoever much is given, of him shall much be required.</font><font face="Times New Roman">’[17] The challenge to all of us is unmistakable and daunting. But we also have the assurance that we do not have to act on our own. As God walked with Adam and Eve in the garden in the Genesis story, so he will come alongside us to help us as we seek to do his work here on earth.<br />
</font><font face="Times New Roman"> </font><br clear="all" /><font face="Times New Roman" /><font face="Times New Roman">_____________________ </font><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /><font face="Times New Roman" /></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></font><font face="Times New Roman"></p>
<div>          </p>
<div id="ftn1"><span lang="EN-GB"><em>[1]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> Kenneth Boulding was Professor of Economics at the University of Colorado, sometime President of the American Economics Association and of the American Association for the Advancement of Science. His article, ‘The Economics of the Coming Spaceship Earth’ was published in 1966 in ‘Environmental Quality in a Growing Economy’ pp 77-82.</em></font></span></div>
<div id="ftn2"><span lang="EN-GB"><em>[2]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> See, for instance, UNEP, ‘Global Environmental Outlook 3’,pp 446, Earthscan Publications, London 2002</em></font></span></div>
<div id="ftn3"><span lang="EN-GB"><em>[3]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> the range represents different assumptions about emissions of greenhouse gases and about the sensitivity of the climate model used in making the estimate.</em></font></span></div>
<div id="ftn4"><span lang="EN-GB"><em>[4]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> Myers, N., Kent, J. 1995. Environmental Exodus: an emergent crisis in the global arena. Climate Institute, Washington DC.</em></font></span></div>
<div id="ftn5"><span lang="EN-GB"><em>[5]</em></span><span lang="EN-GB"><font face="Times New Roman"><em>  Climate Change 2001 in four volumes, published for the IPCC by Cambridge University Press, 2001. Also available on the IPCC web site </em></font><a href="http://www.ipcc.ch/"><font face="Times New Roman"><em>www.ipcc.ch</em></font></a><font face="Times New Roman"><em>. My book, John Houghton, Global Warming: the complete briefing, 3<sup>rd</sup> edition, Cambridge University Press, 2004 is strongly based on the IPCC reports.</em></font></span></div>
<div id="ftn6"><span lang="EN-GB"><em>[6]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> See web site of Royal Society of London, </em></font><a href="http://www.royalsoc.ac.uk/"><font face="Times New Roman"><em>www.royalsoc.ac.uk</em></font></a></span></div>
<div id="ftn7"><span lang="EN-GB"><em>[7]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> the USA is the main developed country that has failed to ratify the Kyoto Protocol. US emissions of carbon dioxide in 2010 are projected to be over 25% greater than in 1990.</em></font></span></div>
<div id="ftn8"><span lang="EN-GB"><em>[8]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> see energy review by government strategy unit, </em></font></span></div>
<div id="ftn9"><span lang="EN-GB"><em>[9]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> for more information about energy futures see my Prince Philip Lecture to the Royal Society of Arts, May 2005, entitled ‘Climate Change and Sustainable Energy’ available on the John Ray Initiative website, </em></font><a href="http://www.jri.org.uk/"><font face="Times New Roman"><em>www.jri.org.uk</em></font></a><font face="Times New Roman"><em>.</em></font></span></div>
<div id="ftn10"><span lang="EN-GB"><em>[10]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> see for instance J Hansen et al in Sciencexpress for 28 April 2005 / 10.1126/science.1110252</em></font></span></div>
<div id="ftn11"><em>[11]</em><font face="Times New Roman"><em> from an unpublished statement  ‘Biblical Vision for Creation Care’ prepared by participants at a conference of Christian  leaders at Sandy Cove Maryland, USA in June 2004.</em></font></div>
<div id="ftn12"><span lang="EN-GB"><em>[12]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> N.T.Wright – ‘New Heavens and New Earth – the Biblical Picture of Christian Hope’ No B11, Grove Books</em></font></span></div>
<div id="ftn13"><span lang="EN-GB"><em>[13]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> See <a href="http://www.gci.org.uk/">www.gci.org.uk</a></em></font></span></div>
<div id="ftn14"><span lang="EN-GB"><em>[14]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> The UK target has already been mentioned. Governor Schwarzenegger of California has proposed a target reduction for carbon dioxide of 80% by 2050.</em></font></span></div>
<div id="ftn15"><span lang="EN-GB"><em>[15]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> <a href="http://www.shellfoundation.org/">www.shellfoundation.org</a></em></font></span></div>
<div id="ftn16"><span lang="EN-GB"><em>[16]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> cf John 3 v 16 – ‘God so loved the cosmos…’; Romans 8 v 20-21; Colossians 1 v20.</em></font></span></div>
<div id="ftn17"><span lang="EN-GB"><em>[17]</em></span><span lang="EN-GB"><font face="Times New Roman"><em> Luke 12 v 48 AV.<br />
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		<title>Interview With Pat Michaels</title>
		<link>http://quicktolisten.org/archives/78</link>
		<comments>http://quicktolisten.org/archives/78#comments</comments>
		<pubDate>Tue, 08 Jan 2008 16:01:27 +0000</pubDate>
		<dc:creator>Gordon McClellan</dc:creator>
		
		<category>Environment</category>

		<guid isPermaLink="false">http://quicktolisten.org/archives/78</guid>
		<description><![CDATA[EDITOR&#8217;S NOTE:  Quick to Listen is back from its holiday break and we are beginning the new year with a focus on the environment. We have previously published two interviews on this topic, one with Spencer Weart and one with Arthur Dahl. This third interview is with Pat Michaels, a decidely more conservative thinker than Weart or [...]]]></description>
			<content:encoded><![CDATA[<p><em><strong>EDITOR&#8217;S NOTE:  </strong>Quick to Listen</em> is back from its holiday break and we are beginning the new year with a focus on the environment. We have previously published two interviews on this topic, one with <a title="Interview with Spencer Weart" href="http://quicktolisten.org/archives/69" target="_blank">Spencer Weart</a> and one with <a title="Interview with Arthur Dahl" href="http://quicktolisten.org/archives/58" target="_blank">Arthur Dahl</a>. This third interview is with Pat Michaels, a decidely more conservative thinker than Weart or Dahl. But in keeping with our commitment to listen to all perspectives, it is important to also hear from Dr. Michaels. His bio can be found at the conclusion of this interview. We will also publish later in the week two original articles written by leading thinkers in the environmental debate. The first article is by Sir John Houghton, an evangelical Christian and outspoken advocate for environmental awareness. The second article is by Ross Gelbspan, a veteran journalist and author of two books on the environment, <strong>Boiling Point</strong> (2004) and <strong>The Heat is On</strong> (1997). </p>
<p><strong>Interview with Pat Michaels</strong> </p>
<p><strong>QTL:</strong> <em>You have said that climate change has been happening for many years and so there is no reason to get any more concerned about climate changes now. Have you changed your mind on this perspective after the recent hurricane seasons, which saw an enormously high count in the number and severity of storms? </em></p>
<p><strong>PM:</strong> The global number of tropical cyclones was actually below the long-term average. Reports linking Katrina and global warming simply ignored scientific truth.  Severe (category 3-5) hurricanes require a water temperature of 28 degrees Celsius.  The historical record shows that, above that threshold, there is no significant relationship between increasing temperature and stronger hurricanes.  The Gulf of Mexico reaches 28 degrees every year and maintains that threshold for several months.  Consequently the Gulf is ALWAYS primed to produce a storm of Katrina’s magnitude.</p>
<p>Since last summer, Katrina has been downgraded by the National Hurricane Center to a Category 3 at landfall in southeastern Louisiana.   While a category 3 storm is obviously still quite strong, the damage inflicted on New Orleans was far out of proportion to the magnitude of the storm.  It is therefore obvious that the major problems in New Orleans, as we are learning, had to do with the structure and quality of the levee and bank system more than with the severity of the hurricane.<br />
 <br />
<strong>QTL:</strong> <em>Your position has been well publicized that we can&#8217;t stop climate change, so rather than waste tax payer money trying to stop what we can&#8217;t, let people keep their money and buy products that are more environmentally friendly, etc. Why do you believe that climate change cannot be stopped? </em></p>
<p><strong>PM:</strong> Because it cannot.  If every nation of the world fulfilled their “obligations” under the Kyoto Protocol on global warming, the amount of warming that would be “prevented” is seven-hundredths of a degree C per fifty years.  This amount is simply too small to measure, as temperatures fluctuation .15 degrees from year-to-year. </p>
<p>But any attempt to meet Kyoto is enormously expensive.  Right now, Americans would have to reduce their consumption of gasoline by 25% to meet Kyoto.  When gasoline hit $3.00 a gallon, consumption only dropped 4%!  That means that energy must become ENORMOUSLY expensive in order to meet a treaty that won’t do anything measurable about warming anyway.</p>
<p>This has a perverse effect upon environmental protection and energy efficiency.  Such huge costs will take away individual capital that would normally be invested in publicly held corporations.  The companies that, in general, produce things more efficiently (or produce efficient technologies) are those that will prosper in the future.  So taking away this investment capital delays the production of new, efficient technologies.</p>
<p>Consider a personal example.  In my family stock accounts, the largest single sectoral holding is in automobile manufacturing.  Before you label me as a complete imbecile, let me expand:  the holdings are in two stocks,  Toyota and Honda, that are leaders in the production of efficient transportation.  Their stock prices have appreciated approximately 40% in the last two years.  Ford and GM, which produce a lot of SUV’s and inefficient cars, have both seen a 40% drop in their price.</p>
<p>Now, consider if gasoline was around $10 a gallon or so, or whatever is required to meet Kyoto.  First, I wouldn’t have as much money to invest.   Second, the overall economy would be so damaged that real wages would be much lower.  Consequently my (and other people’s) investments would not occur and people couldn’t afford to buy new technologies.  This is precisely what many people view as the wrong course, and it would be brought upon by meaningless instruments like Kyoto.</p>
<p>Then there’s the multiplier effect.  Because companies that produce efficient technologies have appreciated in value, stockholders then have even more money to invest.<br />
 <br />
<strong>QTL:</strong> <em>What proof do you have that your theory actually helps to reduce the problem of climate change? </em></p>
<p><strong>PM:</strong> Per-capita carbon dioxide emissions began to decline globally in the late 1980s.  Disregarding nations that derive much of their electricity from nuclear power, the decline started in the United States, when we could afford more efficient technologies. Then, as other nations have become more affluent, their per-capita emissions also declined.  Affluence is therefore the key to environmental protection, which should be obvious to anyone who has traveled the world. Interestingly, the number of births per capita also declines along with emissions, as wealthy, educated couples tend to have fewer children than are found in poorer families.<br />
 <br />
<strong>QTL:</strong> <em>It seems the solution to environmental degradation is, for you, the growth of affluence. Is the United States doing enough to help poor countries and people become more affluent? </em></p>
<p><strong>PM:</strong> I wish I knew how to reduce international poverty. I really believe that the people (and therefore, the government) of the U.S. is largely well-intentioned, and would certainly have found a way to do this.  After all, it would be in everyone’s best interest, worldwide.  But we have not found a mechanism.  I think that’s something we can all agree on.</p>
<p><strong>QTL:</strong> <em>Some reports say that you have received several hundred thousand dollars from coal and oil interests in recent years for supporting their policies. Is this true? If so, how do you respond to those who say that your perspective on global warming is nothing more than a paid advertisement for/defense of the coal and oil industry? </em></p>
<p><strong>PM:</strong> I have to publish in the refereed literature, and I probably get a stiffer review as a result of this, all of which is well and good.  But you should also realize that there are conflicting “policies” that energy interests have.  For example, some large coal companies very much want mandated CO2 reductions, because that will require sequestration from all stationary sources, which means coal, natural gas, oil, etc…But because coal is most abundant this means that they get to sell more, as sequestration reduces power production efficiency by about two-thirds.  So you see it is not at all very clear, is it?  And you can bet those people probably don’t like me, either!</p>
<p><em>Pat Michaels is Senior fellow at the Cato Institute and a research professor of environmental sciences at the University of Virginia. According to Nature magazine, Michaels is one of the most popular lecturers in the nation on the subject of global warming. He is a past president of the American Association of State Climatologists and was program chair for the Committee on Applied Climatology of the American Meteorological Society. Michaels is a contributing author and reviewer of the United Nations Intergovernmental Panel on Climate Change. His writing has been published in the major scientific journals, including Climate Research, Climatic Change, Geophysical Research Letters, Journal of Climate, Nature, and Science; and his articles have appeared also in the Washington Post, the Washington Times, the Philadelphia Inquirer, the Wall Street Journal, the Los Angeles Times, USA Today, Houston Chronicle, and the Journal of Commerce. He has appeared on ABC, NPR&#8217;s All Things Considered, PBS, Fox News Channel, CNN, MSNBC, CNBC, BBC and Voice of America. He holds A.B. and S.M. degrees in biological sciences and plant ecology from the University of Chicago, and he received his Ph.D. in ecological climatology from the University of Wisconsin at Madison in 1979.<br />
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		<title>Global Warming: An Interview with Spencer Weart</title>
		<link>http://quicktolisten.org/archives/69</link>
		<comments>http://quicktolisten.org/archives/69#comments</comments>
		<pubDate>Thu, 15 Nov 2007 22:29:48 +0000</pubDate>
		<dc:creator>Gordon McClellan</dc:creator>
		
		<category>Environment</category>

		<guid isPermaLink="false">http://quicktolisten.org/archives/69</guid>
		<description><![CDATA[Dr. Spencer Weart is Director of the Center for History of Physics of the American Institute of Physics (AIP) in College Park, Maryland, USA. Originally trained as a physicist, he is now a noted historian specializing in the history of modern physics and geophysics. His most recent book is The Discovery of Global Warming (Harvard [...]]]></description>
			<content:encoded><![CDATA[<p align="left"><font face="Times New Roman">Dr. Spencer Weart is Director of the Center for History of Physics of the American Institute of Physics (AIP) in College Park, Maryland, USA. Originally trained as a physicist, he is now a noted historian specializing in the history of modern physics and geophysics. His most recent book is <em><a href="http://www.aip.org/history/climate/reviews.html">The Discovery of Global Warming</a></em> (Harvard University Press, 2003). Gordon McClellan interviewed Dr. Weart recently. Below is the transcript of that interview. </font></p>
<p><font face="Times New Roman"><strong>GM:</strong> <em>In writing the book, Discovery of Global Warming, what were the most significant insights you gained into this issue that you had not known previously.<br />
</em></font></p>
<p><strong><font face="Times New Roman"><br />
SW:</font></strong><font face="Times New Roman"> In the course of my work since the mid 1980s I became increasingly convinced that we faced serious climate change, but that understanding came from reading the scientific results as they came in, not from my historical work. Similarly for a realization that public awareness of the risk was deliberately impeded by industry-funded media campaigns.</font><font face="Times New Roman" /><font face="Times New Roman">From my historical work, I was surprised to learn that it was only by good luck that we reached an understanding of greenhouse warming in time to do something about it; if only two or three scientists had been less curious and dedicated in the period 1940-1970, we would be well behind where we are now. Understanding climate change was impeded, I found, because it was dispersed among many disciplines, and it took me some time to realize that a result that was &#8220;known&#8221; was in fact known only among some scientists, and those in another field might not learn about it for many years (the situation now is much better).<br />
</font></p>
<p><font face="Times New Roman"><strong>GM:</strong> <em>What is, from your perspective as an author and scientist, the greatest danger than climate change poses to our world? Is it rising sea levels&#8230;is it negative affects to crop growth&#8230;is it the increase in temperature? Something else altogether?</em><br />
</font></p>
<p><font face="Times New Roman"><strong>SW:</strong> The greatest risk of which we are now uncertain is to what extent, and when, feedbacks may push the system past a &#8220;tipping point&#8221; that makes warming of over three degrees inevitable. My research has been on scientific work on the causes of climate change; as for consequences, I have not studied these in any depth. So I can only give a non-expert&#8217;s impressions.<br />
</font></p>
<p><font face="Times New Roman">It is my impression that the greatest risk near-term (in our lifetimes, that is) is changes in weather systems and specifically in the water cycle, resulting in more heat waves, droughts and floods. Heat waves bring deaths and forest fires, and floods are even more spectacular, but in terms of stress on social and economic systems, the droughts will be a greater problem. They will stress agriculture in many places already in difficulty for lack of water. The results will be starvation, conflict, and refugees, on the model of Darfur.</font><font face="Times New Roman"> </font></p>
<p><font face="Times New Roman">Over a longer term (centuries) sea-level rise is also a threat to our civilization in the literal sense (&#8221;civitas&#8221; = city). If the ice caps melt, people will probably have enough time to relocate, but we will lose many of our great cultural locales.<br />
</font><font face="Times New Roman"> <br />
</font><font face="Times New Roman"><strong>GM:</strong> <em>There is much debate as to how far along we are on the &#8220;road of no return&#8221; with respect to environmental degradation. Some say we have a window of no more than 10 years to drastically cut emissions or else we pass &#8220;the tipping point.&#8221; Others say the issue is much less imminent. How imminent is the global warming issue we face&#8230;and where do you believe we are on this scale?<br />
</em></font></p>
<p><font face="Times New Roman"><strong>SW:</strong> I find quite plausible Jim Hansen&#8217;s argument that the next ten years are crucial &#8212; not that we must actually cut emissions drastically by 2016, but that we must set in place strong new policies that commit us to deep reductions over the next 50 years.<br />
</font></p>
<p><font face="Times New Roman">See his website, </font><a href="http://www.columbia.edu/~jeh1/"><font face="Times New Roman">http://www.columbia.edu/~jeh1/</font></a><font face="Times New Roman">  The first item there </font><a href="http://www.giss.nasa.gov/~dcain/recent_papers_proofs/vermont_14aug20061_textwfigs.pdf"><font face="Times New Roman">http://www.giss.nasa.gov/~dcain/recent_papers_proofs/vermont_14aug20061_textwfigs.pdf</font></a><font face="Times New Roman">  is a good statement.<br />
</font><font face="Times New Roman"> <br />
</font><font face="Times New Roman">Hansen&#8217;s track record for prediction is excellent, but of course may not be right this time, and some of what he says does look to me like a &#8220;worst case&#8221;. But a worst case is exactly what we should consider. If there is only one chance in 20, say, that we are near a tipping point, that is in itself a strong call for action. How much would you pay for insurance if there was one chance in 20 that your house would burn down?<br />
</font><font face="Times New Roman"> </font>
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		<title>Interview with Arthur Dahl</title>
		<link>http://quicktolisten.org/archives/58</link>
		<comments>http://quicktolisten.org/archives/58#comments</comments>
		<pubDate>Mon, 08 Oct 2007 13:33:16 +0000</pubDate>
		<dc:creator>Gordon McClellan</dc:creator>
		
		<category>Environment</category>

		<guid isPermaLink="false">http://quicktolisten.org/archives/58</guid>
		<description><![CDATA[Earlier this year Rev. Gordon McClellan interviewed Arthur Dahl, Ph.D.  Dr. Dahl is recently retired as Coordinator of the United Nations Environmental Program and serves currently as President of the International Environment Forum. 
GM: An aspect of global warming that we don&#8217;t often hear about is the impact that environmental degradation can have on socio-political [...]]]></description>
			<content:encoded><![CDATA[<p><em>Earlier this year Rev. Gordon McClellan interviewed Arthur Dahl, Ph.D.  Dr. Dahl is recently retired as Coordinator of the United Nations Environmental Program and serves currently as President of the International Environment Forum. </em></p>
<p><strong>GM</strong>: <em>An aspect of global warming that we don&#8217;t often hear about is the impact that environmental degradation can have on socio-political stability. Is the environmental problem we face today a threat to the stability of countries, especially poor countries?</em></p>
<p><strong>AD</strong>: This has not only been a serious problem in the past, it will become much worse as environmental degradation continues. One of the major pressures leading to the genocide in Rwanda was rapid population growth that reached such a high density that land resources were no longer sufficient to support it. Haiti is another example where environmental destruction and socio-political instability go together. On the other hand, some of the most chronically unstable countries in Africa and elsewhere are those where environmental resources have been rich enough to finance civil wars (diamonds in Sierra Leone, oil in Angola and Sudan, minerals in the Congo, timber in the Solomon Islands); in these cases political instability and environmentally destructive resource exploitation go together. As climate change, sea level rise, water shortages and soil degradation accelerate and destabilize countries or make them uninhabitable, there will be increasing flows of environmental refugees. The Bangladeshis will overflow into India; the Chinese are already penetrating illegally into Siberia; increasing flows of Africans are desperately trying to get into Europe; not to mention the southern border of the US. When the resources are insufficient to live at home, what alternative is there to migration? And large migrations are almost by definition destabilizing. The Great Wall of China and Hadrian&#8217;s Wall in England are now being replicated along the U.S.-Mexican border. Historically there have always been human migrations (the tribes of Israel, the invasions of Europe from the East). What is new is our definition of so many borders across which migration is not possible, letting impossible pressures build up within countries.</p>
<p>Globalization has opened the world to the free movement of capital, and to expanding world trade, but no one wants to consider the other logical dimension of globalization, the free movement of people. It is the lack of such freedom that has allowed the extremes of wealth and poverty between nations to persist and even increase, even as the information revolution has made them less tolerable. Terrorism is just one symptom of the destabilizing effect of these differences. Climate change will precipitate such movements of people that the world will be forced to address this issue from an ethical and not just political perspective.</p>
<p><strong>GM</strong>: <em>Why are the poor much more affected by environmental change than the middle or upper classes of people?</em></p>
<p><strong>AD</strong>: The problem is linked to human vulnerability to natural disasters often triggered by environmental change, and to the lack of resilience of populations to resist them or recover. The wealthy can always afford to move away, to import the resources they need, to build better houses, etc.</p>
<p>The poor lack mobility, as New Orleans demonstrated last year. The poor are also often forced to live in less desirable locations, along river banks, on steep slopes, in low-lying areas more subject to flooding, landslides, fires and other disasters. People living at a subsistence level also are much more dependent on their local environment, and have few reserves to fall back on in the event of a drought, crop failure or storm damage. The poor are also predominantly women and children, who are particularly vulnerable. In the Bangladesh floods a few years ago, many more women than men died, because women do not learn to swim, and cannot leave their house unless accompanied by a man of the family. The flood warnings were given to men, not women. The women and children stayed at home, and were caught by the floodwaters. Global warming and the resulting sea level rise are expected to flood much of Bangladesh, so the problem could get worse there and elsewhere.</p>
<p><strong>GM</strong>: <em>What do you believe to be the most significant spiritual/ethical dimensions of the current environmental challenges we face?</em></p>
<p><strong>AD</strong>: There are fundamental injustices in a system where the rich benefit from environmental resources and the poor pay the costs of their degradation. This includes rich countries cleaning up their environment at home but exporting the damage by buying products produced in more environmentally damaging ways in developing countries. There is also the fundamental issue of sustainability, that we are rapidly using up the planet&#8217;s environmental capital and leaving a degraded environment and few resources for future generations. We are despoiling the heritage of God&#8217;s creation. Materialism has become the new religion of Western society and the consumer culture emphasizes egoism, hedonism, greed, lust, indolence, pride and violence, far from the moral standards of all religions. No one is willing to sacrifice their self-interest or individual welfare for the good of the whole, which is why environmental degradation continues. We in the industrialized countries are trapped in a system and lifestyle that makes it hard to be both spiritual and environmentally responsible.</p>
<p>For example, in a world with much more wealth than at any time in history, millions still die of starvation not because there is not enough food, but because they cannot afford to buy it and their environment can no longer grow it. This is an ethical/social/economic problem within our means to solve. Religions have always taught charity, and voluntary giving is more beneficial spiritually than forced redistribution. As the population continues to grow and water and energy shortages affect agricultural production, we may soon reach a point at which the amount of food available is insufficient to feed everyone. Since producing meat is much less efficient than producing food from plants, the rich who can still afford meat will be faced with the ethical dilemma that the steak in their plate would mean someone else starving to death.</p>
<p>The solution, which must have a spiritual foundation, is to accept that we are all part of one human family and that every human being is a trust of the whole. We must be ready to rethink our economic and social systems to reflect spiritual principles. We must also recognize that the major environmental challenges today are global, and require management at the global level through cooperation of all countries.</p>
<p>At the individual level, the ethical/spiritual challenge is to practice what we preach, to consume differently, to be content with little, to reduce our ecological footprint to the level the planet can support sustainably. Collectively, the challenge is to overcome our differences. A time of crisis can either shatter a divided community or weld together a united one. The purpose of religion is unity. With unity we can resolve the challenges of the environment; without it they will overwhelm us.</p>
<p><strong>GM</strong>: <em>What role does population growth play in the climate change equation?</em></p>
<p><strong>AD</strong>: The climate is changing because 80% of our energy comes from fossil fuels, and we are consuming coal, oil and gas at an ever-faster pace, returning carbon dioxide to the atmosphere that has not been there for hundreds of millions of years. The two drivers of that consumption are the number of people requiring energy, and the amount of energy each person consumes. In American and other industrialized countries, the per capita energy consumption is very high, and most of the past release of greenhouse gases has come from those countries. Today the rest of humanity wants to develop the same way, and most of the future growth in energy demand will come from developing countries. Every Chinese wants to have meat in their rice, and drive a car. Per capita energy consumption is rising rapidly. This is one multiplier. The other is population growth. The population of the planet has nearly tripled in the last century, and is projected to grow by another 3 billion people by 2050. Each human being adds to our energy requirements. This is the other multiplier. Global warming is the product of the number of people and their energy consumption, and both are still rising rapidly.
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