Prospects grimmer for reducing greenhouse gases, study shows

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Perhaps this will work just as well as any other measure.

By Bill Scanlon, The Rocky Mountain News

Scientists have vastly underestimated the challenge of reducing greenhouse gases in a world where billions are boosting their carbon footprint, an important new report says.

The report throws ice water on projections that global warming can be slowed as energy efficiency helps poor countries develop in a more sustainable way.

China has a chance to do that. But nations such as Colombia, Argentina and Iran don’t have the wealth to convert to more efficient energy, even as their economies grow and their citizens demand more electricity and cars, says the report from Colorado atmospheric researchers.

The study by scientists from the National Center for Atmospheric Research and the University of Colorado is expected to be a hot topic of discussion at this week’s U.N. Climate Change Conference in Poznan, Poland.

“We always knew that reducing greenhouse gas emissions was going to be a challenge, but now it looks like we underestimated the magnitude of this problem,” said Patricia Romero Lankao, an NCAR sociologist who is the lead author of the study in this month’s journal Climate Research.

“There is simply no evidence that developing countries will somehow become wealthier and be in a position to install more environmentally friendly technologies.”

Technologically advanced nations such as the United States are under pressure to reduce their per capita emissions of fossil fuels. Developing nations are being urged to adopt cleaner technology.

Both goals will be very difficult to achieve, the authors say.

Poor countries are producing more and exporting more, but they’re not gaining enough wealth to convert to energy-efficient technologies, they say.

Consequently, the developing world is pumping more fossil fuels into the atmosphere as more people can afford energy-consuming goods for the first time.

And energy efficiency in technologically advanced nations isn’t coming close to balancing out the extra fossil fuels emanating from poor countries, the report says.

In fact, despite gains in energy efficiency, the developed world also is increasing its greenhouse gas output, said Lankao, who is with NCAR’s Institute for the Study of Society and the Environment.

Their economic growth is outstripping increases in efficiency as demand for more cars, larger houses and other goods keeps bumping up carbon dioxide emissions.

The goods demanded by the advanced nations often come from the Third World, where factories belch dirty coal.

Citizens of the poorer nations aren’t driving SUVs, but they are burning and logging their forests, which contribute to the buildup of carbon dioxide in the Earth’s upper atmosphere.

“These countries are just now at the stage the United States was at at the beginning of the last century,” Lankao said. “They still have very energy-intense industries. The cement industry, for example, is moving from the U.S. and Europe to China and the developing nations.”

The current economic slowdown could make things worse, because with demand slipping for oil, and prices plunging, there is no longer an incentive to develop solar, wind and alternative energies that could help developing countries bypass their sooty coal eras, she said.

Researchers divided the world into three types of nations — technologically advanced ones such as the United States, the “have nots” such as Tanzania and Botswana, and the “have somes,” such as India and Thailand.

They found that the advanced nations comprise a sixth of the world’s population but account for 52 percent of energy consumption.

The have-nots, representing a third of the world’s population, consume only 2.8 percent of the energy.

In between are the crucial “have some” nations, which comprise about half the world’s population and use about 45 percent of the consumed energy.

In the 1990s, global emissions of greenhouse gases grew at a rate of 1.3 percent a year, the report said.

Between 2000 and 2006, that rate multiplied to 3.3 percent a year.

The authors examined population, wealth and the ratio emissions to unit of gross domestic product.

They found that the economic disparity between the haves and have nots has grown since 1960 and is likely to grow for at least two more decades.

The authors predict that even as the poor nations grow somewhat wealthier by producing more goods for the developed world, there will continue to be a hierarchy among nations.

The poor nations will adopt more environmentally friendly means to produce products, but at a much slower rate than projected by the International Panel on Climate Change, the group that won this year’s Nobel Peace Prize.

The brightest hopes the authors see are the initiatives by cities around the world to impose emission restrictions, and the prospect that the Obama administration will push for a national strategy to develop green energies.

“We see prospects for hope, but we need to go deeper and go faster,” Lankao said.

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December 11, 2008 8:55 pm

But on a more serious note, the reference in the subject article to smaller countries makes me wonder how much is really known about CO2 emissions from most countries of the world.
Maybe there is a reliable-ish measuring scheme, maybe the emissions are so insignificant compared to the developed countries, China and India that it doesn’t much matter. But it seems to me that calculations about the effect of CO2 emissions can only be made if there is reasonably reliable information about how much CO2 is emitted from all sources.
I have read very little about this aspect of the subject. There’s lots about measuring temperature, more about the way Dr Hansen’s computers are used and even more about other influences on temperature (such as the big shiny thing and the big wet areas). But there is precious little about how much CO2 is produced by wicked America burning polar bears and fluffy bunnies compared to nice China burning coal. We hear a reasonable amount about how much CO2 sits a few miles up, but very little about how much is produced by industrial activity compared to the (utterly harmless) stuff spewed out by oceans and natural forest fires.
Have I missed it or is this a neglected subject?

Editor
December 11, 2008 9:11 pm

One article I bookmarked and keep getting impressed with whenever I stumble across it is http://www.ornl.gov/info/ornlreview/rev26-34/text/colmain.html . It points out a claim my father liked to make, namely that the fissionable constituents of coal could release more energy than the coal itself. The bulk of the energy is in the Thorium and U-238, so it would take breeder reactors to take advantage of it. Coal has about 1.3 ppm Uranium and 3.2 ppm Thorium, so “Total U.S. releases in 1982 (from 154 typical plants) amounted to 801 tons of uranium (containing 11,371 pounds of uranium-235) and 1971 tons of thorium.”
Burning coal leaves 15% of its original mass, so the Uranium and Thorium is concentrated by a factor of 7 during burning. “For comparison, according to NCRP Reports No. 92 and No. 95, population exposure from operation of 1000-MWe nuclear and coal-fired power plants amounts to 490 person-rem/year for coal plants and 4.8 person-rem/year for nuclear plants.”
Remember the old line “Well, do you want to live next to a nuclear power plant?” My response is generally “No, but if I had to live next to a power plant, a nuke would be at the top of the list.”
I haven’t seen a cost analysis comparing the costs of conventional Uranium mining vs. extraction from coal ash, but the latter is something people will pay to have taken away and arrives as a powder, so a crushing step has already been done.
As long as we have coal, it seems we’ll have nuclear fuel too.

AutoCratbyGMordysler
December 11, 2008 10:10 pm

The dirty secret of the IPCC is that the global warming industry needs the solution to be impossible. Without this simple fact, their funding cannot continue to grow.

Actually, the UNFCCC and its Kyoto Protocol require that the rich countries give money to climate projects and poor countries (although it also gives priority to reduction of poverty over climate projects).

E.M.Smith
Editor
December 11, 2008 11:17 pm

Richard Sharpe (17:14:41) :
I think that the claim that steel production will increase over the next 25 years has to be in doubt right now, at least for the next 10 years. I expect excess capacity for a long while.

The whole business cycle is roughly 10+ years (and remarkably synchronized with sunspot cycles…) 8 up, 2 down. (roughly!)
The typical length of a recession in the business cycle is 1.5 years. We’re already into this one about a year. The stock market is signaling a bottom and the market typically bottoms about 6 months before the economy does.
Chinese growth has slowed… from 9+% to 6%. It’s still growing; fast. China is consuming a hugh fraction of world steel and cement production. Now it just won’t push world supplies to the wall for a year or two.
China has announced a domestic stimulus plan. I think it was about $500 Billion. This will not be spent on tax rebates for folks who pay no taxes or on efficient light bulb promotions. It will be spent on cement and steel projects that produce products, on trains, bridges and other public works. They desperately need more rail and power generation.
The U.S. congress & Obama have pledged a public works program. They are talking about all the things states can do Right Now. That’s more steel and concrete for bridges and highways. California wants to build a $10B bullet train system…
Yes, it will take 6 months to a year to saturate capacity again. No, China will not be dumb enough to shutdown construction of new steel, coal, and cement projects during this time. These are 5 year plan communists after all, and you don’t stop new projects with a 6% growth rate.
There is one wild card. The U.S. economy. Will the Fed and Treasury be able to prevent a new great depression. Since they are not repeating the mistakes that made for the great depression, the odds are very good that this may be a 2yr event but nothing worse.
Basically, they are doing the right things (as much as that stinks when you look at it … did I mention economics is ‘the dismal science’ 😉 So far it’s not much different from ’72-’74, ’82-’84, etc. Remember the S&L Crisis? Bad mortgages & all.
So we are on a cusp. If this is 2009 and Froze To Death and Obama brings in protectionist policies with a balanced budget, then yes, no new steel needed for many years. We’ll be coping with Great Depression II.
If we don’t go protectionist and continue to spend like drunken sailors until the economy restarts, then China will continue it’s boom and we’ll stay alive at low growth. In any case, as the US $ depreciates from over printing, China will want to dump the (?Trillions?) it has and will spend them on capitol stock and production goods (not on plastic kitsch in kiddy meals, tube socks, trinkets & beads…).
I’m voting for #2 because the alternative is, er, pointless. (Was it Edward Teller who was putting sizes of bombs on a board with delivery systems needed and had one with “none” for delivery system because it would destroy the whole world? That’s the Depression II scenario… There is no need to plan for it because there is no outcome with economic survival…)
I just hope that either this is not a Maunder type event OR that the business cycle is not coupled to such extreme lows of sunspots… that it is just an accidental correlation that can be broken…

E.M.Smith
Editor
December 11, 2008 11:26 pm

FatBigot (20:32:05) :
Mr Sharpe (07:50:28) :
“too much beer”.
I’ve been thinking about this concept for some time now.
Nope, still can’t understand it.

I’ve been struggling with it too. I think it is what happens when you pour into a glass and it foams over “too much beer in that glass, slurp faster!”. 8=0

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