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Arctic Ice Holds Much CO2

scottie2shoes writes "The Edmonton Journal is reporting fascinating research on the role of arctic ice in absorbing carbon dioxide. It seems that (contrary to what was previously thought) arctic ice actually absorbs significant quantites of CO2 and is thus a key player in the 'greenhouse gas game'. So melting the ice caps won't just flood thousands of square miles of land and wipe out thousands of species, now it is is starting to sound serious..."

40 of 128 comments (clear)

  1. Circular by cybermancer · · Score: 3, Insightful

    So greenhouse gases cause global warming which melt the ice caps and then releases greenhouse gases?

    --
    "Anything is possible with enough programmers, time and pizza." (Substitute caffeine for time as needed.)
    1. Re:Circular by Molina+the+Bofh · · Score: 4, Interesting

      Not only this, but the Arctic ice melting decreases Earth's albedo, thus melting more ice and releasing more greenhouse gases.

      --

      -
      Roses are #FF0000, Violets are #0000FF, find / -name '*base*' |xargs chown -R us && mv zig greatjustice
    2. Re: Circular by Black+Parrot · · Score: 2, Informative


      > So greenhouse gases cause global warming which melt the ice caps and then releases greenhouse gases?

      Yep, positive feedback cycles are "circular".

      --
      Sheesh, evil *and* a jerk. -- Jade
    3. Re:Circular by Anonymous Coward · · Score: 3, Interesting

      Except that there is also the posibility that the open seas that replace the ice will absorb more carbon dioxide than the ice itself did, regulating the whole mess and stopping any runaway effect. Of course it's only a theory, and not one I'd bet the farm on. More research is needed (when isn't it?).

    4. Re:Circular by ralphclark · · Score: 2, Insightful

      Actually some of these processes are fairly well understood. eg. warmer waters plus increased dissolved CO2 in the ocean causes massive algal blooms which wipe out all the fish.

      However, your so-called "theory" is just uneducated armchair bullshit because - as anyone who has done high school chemistry would know - the solubility of gases in water decreases as temperature increases. So as the ice melts and the oceans get warmer, the dissolved CO2 would in fact be released into the atmosphere, accelerating the process.

      Can anyone say "Venus"?

    5. Re:Circular by DigiShaman · · Score: 2, Insightful

      Of all the years the Earth has been around (4.5 billion?), why would a run-away process happen now? I have a gut feeling that maybe all of this climatic change is just one of the many cycles that the Earth goes through. So regardless of the outcome, the poles shouldn't be melted forever.

      --
      Life is not for the lazy.
    6. Re:Circular by Molina+the+Bofh · · Score: 4, Informative

      In order to the ice melt, temperature must be increased. A hotter liquid can hold less dissolved gasses. An increase of one degree C on the oceans means some billions of tons of CO2 more on the air.

      And we simply dump too much CO2. "The average American per capita emission is 5 tons of carbon annually."> (Damn! It's TOO much!)

      More CO2 on the air, plus oceans retaining less C02 means something bad will happen.

      --

      -
      Roses are #FF0000, Violets are #0000FF, find / -name '*base*' |xargs chown -R us && mv zig greatjustice
    7. Re:Circular by Random832 · · Score: 3, Insightful

      Ice is not water. [PP was saying that] it's possible that cold open water works better than ice and would offset the warm water elsewhere

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    8. Re:Circular by duffbeer703 · · Score: 2, Interesting

      Perhaps warmer ocean temperatures will encourage the growth of plankton, which are the largest consumers of CO2 gas in the atmosphere.

      --
      Conformity is the jailer of freedom and enemy of growth. -JFK
    9. Re:Circular by Yokaze · · Score: 2

      So in, say, 10 millenia, it probably be the old climate again. How comforting.
      This will make the storms, droughts, floodings and the massive migration caused by it much more bearable.

      > why would a run-away process happen now?

      Um, some totally unimportant lifeform achieved to increase the CO2 level in the last 50 years to the highest amount in the last 100 millenia.

      Probably more important, those impertinent pigs and cows are producing tremendous amounts of CH4.

      --
      "Between strong and weak, between rich and poor [...], it is freedom which oppresses and the law which sets free"
    10. Re:Circular by Xilman · · Score: 5, Informative
      Ok, a brief tutorial in planetology. Very brief and glosses over much that is presently known. Discovering more is left as an exercise.

      While it's true that Venus is closer to the sun than we are, and Mars is further away, that's not the whole truth. Believe it or not, more solar radiation reaches the Earth's surface than ours. The albedo (i.e. reflectivity) of Venus is so high that most sunlight is reflected back out into space before it has a chance to heat the surface. In the case of the Earth, about 50% gets through and about 50% is reflected. The difference in distance between each planet and the sun is not enough to overcome this effect.

      An important reason why Mars is so much colder than the Earth is not that it's further away but that it's also much less massive. The martian atmosphere may not be heated as strongly as the terrestial atmosphere, so the atoms and molecules may not move as fast, but they don't have to move as fast to escape and over the aeons they leak away. There are other factors involved, some of them caused or influenced by the lower mass, but this is one of them. Others include the lack of a strong magnetic field (to keep the solar wind at a good distance from heating the upper atmosphere) and, perhaps, the lack of active plate tectonics in recent history.

      Turning to Venus, it rotates very slowly and does not have a pernament magnetic field. In its early history it probably had an atmosphere quite like the early Earth's and was very probably at much the same sort of temperature as on the Earth today, but just a bit warmer. Venus was still closer to the sun than was the Earth, but the Sun was noticeably cooler in those days (about 75-80 percent of present luminosity). Not having a magnetic field helped to heat the upper atmosphere; water was photolysed to hydrogen and oxygen and the hydrogen leaked away. At some point in its history, Venus got just a little bit too warm before life had evolved enough to start stabilising the climate as it has done here on Earth for the last few billion years. No-one got around to inventing photosynthesis in a big way to mop up carbon-dioxide and replace it with much less effective (as a greenhouse gas) oxygen while the lack of plate tectonics meant that organic matter and water wasn't safely swept ip into the upper mantle. At least one important feedback mechanism was missing on Venus and the greenhouse effect ran away until we see the conditions today: less solar heating at the surface than the Earth, but a temperature high enough to melt lead.

      Paul

      --
      Lasciate ogne speranza, voi ch'intrate
    11. Re:Circular by fluffy666 · · Score: 3, Insightful

      Of all the years the Earth has been around (4.5 billion?), why would a run-away process happen now?

      Over the very long term, the history of the earth's climate has been a case of the sun getting gradually hotter, and CO2 levels dropping in compensation. This system nearly broke down around 800 million to 600 million years ago, leaving the earth almost entirely frozen over.

      75 million years ago, temperatures were extremely high by today's standards; there is a lot of leeway within the long term equlibrium. As an aside, Ice caps as we know them are quite rare throughout history.

      The mechanism is simple; high temperatures lead to faster chemical erosion and CO2 drawdown. Low temperatures have the opposite effect. This does take a long time (in human terms) to work.

      In about 1 billion years, CO2 levels will have nowhere left to drop, and runaway warming will indeed cook anything left on the planet.

      This kind of run away heating will not happen as a result of human induced global warming; however, a return to conditions seen in the Oligocene, circa 15 million years ago, is within the realms of possability. This would cause significant economic disruption, esecially (as seems likely from the evidence) if it were rapid.

    12. Re:Circular by geoswan · · Score: 2, Insightful
      ...plankton, which are the largest consumers of CO2 gas in the atmosphere...

      Excuse me, but how can ocean plankton be the largest consumers of CO2 in the atmosphere ?

      With the exception of those animicules that die, dropping a calcium carbonate shell to the ocean floor what happens to plankton blooms? Don't they get eaten, metabolized, and turned back into CO2? Or, if they don't get eaten, don't they poison the water, rot anaerbically, producing CO2 and CH4?

      With the exception of animicules that leave a calcium carbonate shell, can ocean animicules be regarded as long term carbon sinks?

      Temperature is absolutely not the limiting factor on the growth of plankton. Nutrients are the limiting factor. The areas which are most productive of bio-mass, the rich fishing grounds, are places where cold currents, full of nutrients, meet warm currents, full of oxygen, like the Grand Banks.

  2. Enter the diamond age by El · · Score: 2, Funny

    But couldn't we do something useful with all that carbon, say, make artificial diamonds out of it, thus preventing it from forming C02? More O2 and less C02 would be a good thing, wouldn't it? (Unless you're a plant.)

    --

    "Freedom means freedom for everybody" -- Dick Cheney

    1. Re:Enter the diamond age by momerath2003 · · Score: 2, Flamebait

      Let me introduce to you the concept of something called "chemical bonds" and something called "energy."

      Basically, different atoms are bonded together with these "chemical bonds," and the "bond energies" of these "chemical bonds" determines the stability of the compound and how much "energy" is needed to break them or is produced in creating them.

      The "chemical bonds" in CO2 are quite strong, so breaking them apart to form C and O2 would require a LOT of chemical "energy" (the same "energy," in fact, produced by burning pure carbon in a pure-oxygen environment). Therefore, it is idiocy to think that one can just break apart CO2 into "diamond" and "O2."

      Perhaps you don't even understand that "CO2" is [letter C - letter O - sub two], as you write [letter C - number zero - number two].

      And you should know that making diamonds requires an enormous amount of pressure and energy.

      Eh, I guess I have been trolled, as the level of ignorance in the parent post is surely not possible by accident.

      --
      I had but a simple dream, to destroy all humans.
    2. Re:Enter the diamond age by momerath2003 · · Score: 2, Interesting

      It has been suggested that we sequester liquid CO2 in abandoned natural gas mines and seal them up. Perhaps that is what an ancient civilization did in the Artic. ;)

      --
      I had but a simple dream, to destroy all humans.
    3. Re:Enter the diamond age by Veramocor · · Score: 2, Insightful

      Your posts while definitely factually correct were worded very condescendingly, don't you think? Not everybody is well versed in chemistry as you or I.

      I think you'll find that as you progress through college that your depth of knowledge is actually quite small and that you can never know as much as you want too. The breadth of human discovery is just too large for any one person to know everything. It is actually quite interesting to see how specialized some Doctoral thesis are. Someday soon you will find yourself on the other side of the knowledge gap. Hopefully they will not treat you as disrespectfully.

      --
      Veramocor
    4. Re:Enter the diamond age by momerath2003 · · Score: 2

      Haha, of course I think it was condescendingly worded. However, it was partly tongue-in-cheek, and partly a reference to Dr. Evil's "time machine" and "laser."

      Seriously, though, I know that I am not omniscient, and I know that I want to learn more. Also, keep in mind that the original poster pointed out later that he knew what he was posting was ridiculous.

      If I were to be truly condescending/unhappy/mad at someone here, it would be because he pretend to know what he is talking about, even though he was just full of BS (and this does happen).

      --
      I had but a simple dream, to destroy all humans.
    5. Re:Enter the diamond age by ColaMan · · Score: 2, Funny

      Nonsense!

      You just need a very sharp chisel.

      --

      You are in a twisty maze of processor lines, all alike.
      There is a lot of hype here.
    6. Re:Enter the diamond age by aminorex · · Score: 4, Funny

      > Let me introduce to you the concept of
      > something called "chemical bonds" and
      > something called "energy."

      Hey, no problem: Global warming means more
      energy, right?

      And we can easily exploit it, since
      temperature differences are what make
      engines run. Here's my plan: Take a big
      wire, put one end in the cold past, and
      the other end in the hot future....

      Uh, nevermind.

      --
      -I like my women like I like my tea: green-
  3. More Info? by Overdrive_SS · · Score: 5, Interesting

    The article seemed pretty light on the details. How do they go about measuring these things? Is it possible that there was just more CO2 in the atmosphere when the ice formed?

    1. Re:More Info? by jgardn · · Score: 4, Insightful

      You'll find any study that espouses global warming to be light on the details and any empirical numbers.

      No one ever compares the actual amounts of energy or chemicals, nor do they estimate the CO2 sinks in the world that are natural.

      It's kind of like the traffic studies that say "If we build another lane, people will just fill it up, so why do it?" rather than "Building one more lane will increase traffic flow by X0 and decrease travel time by X1, which is estimated to increase the economy by Y, and it will cost Z to build it."

      --
      The radical sect of Islam would either see you dead or "reverted" to Islam.
    2. Re:More Info? by stevelinton · · Score: 3, Informative

      Try http://books.nap.edu/html/climatechange/ (US National Academy of Sciences review).

      The really detailed numbers are in http://www.grida.no/climate/ipcc_tar/ (which is about 1000 fairly technical pages. There are various summaries and the US report independently confirmed that they are reasonably accurate summaries,

  4. Is this new? by RevAaron · · Score: 4, Interesting

    Is there anything new with this? I thought this was something known for quite a while.

    Another nasty factor contributing to the runaway positive feedback loop is the warming of bogs. The strip of bogs around the northern part of the world holds 25% of all of the world's carbon- it's one helluva sink. As the climate warms up, the bogs start warming up, which will start releasing a lot of methane and CO2. A professor here at my school (John Pastor) has been doing work measuring this. Spooky stuff.

    --

    Working toward a usable PDA environment in the spirit of Newton OS: Dynapad
  5. Where does it go? by jgoemat · · Score: 4, Interesting
    I don't quite get what they are trying to say... If the ice is "sucking down" the carbon dioxide, where is it going? It's not a black whole to get rid of carbon dioxide. Is it putting it down through the ice into the ocean? Is it storing it in the ice itself? Is the ice absorbing oxygen and nitrogen as well?

    If passing the CO2 down to the ocean, I think it would be beneficial to have less ice to allow more plankton in the open water to convert CO2 to O2.

    If absorbing in the ice, are there huge bubbles? What is the capacity? Has the ice not reached it's capacity over the last several thousand years? If not, then when would it reach it's storage capacity anyway?

    What is the mechanism for the transmission of CO2 through solid ice?

    How did the earth get rid of CO2 before man started generating it by burning fossil fuels?

    1. Re:Where does it go? by jgardn · · Score: 3, Insightful

      The earth is a tremendously complicated system and anyone that pretends to understand it completely is lying. We only understand very small bits of it, and we're like the blind men trying to ascertain what an elephant is. Some see a small part of it and get worried that we're turning the planet into an ice world. Others worry about a water world. Others say we are going to turn it into a tropical paradise. There were people running around in the 70's claiming that the world would be so full of people that there wouldn't be enough food in 2000!

      If you look around, you will find plenty of examples of CO2 "sinks". One popular example is limestone deposits at the bottom of the ocean. A little research will turn up several others.

      But otherwise, pay these "prophets" no mind. They are out there to stir up controversy and profit from it.

      --
      The radical sect of Islam would either see you dead or "reverted" to Islam.
  6. Another hitherto unforseen danger by melquiades · · Score: 4, Funny
    What happens if we finally manage to get consumers, corporations, and governments of industrialized nations to get their act together, and they all get the greenhouse crisis under control and CO2 levels back to normal...

    ...and humanity exhales a huge collective sigh of relief?!?

  7. Buoyancy please.... by CrosbieFitch · · Score: 4, Interesting

    Did someone say caps?

    Plural?

    Remember that melting the north polar ice cap will not raise sea level...

    1. Re:Buoyancy please.... by crow · · Score: 4, Insightful

      I wasn going to post and say the same thing. I remember reading how Arctic ice (which is floating) obviously won't alter sea levels if it melts, and there was an explanation of why Greenland ice melting wouldn't make a big difference. The big concern in one section of Antarctica.

      But that isn't all exactly true, because the Earth is spinning. As ice melts at the North Pole, the Earth will become slightly less spherical, resulting in higher sea levels at the equator, and possibly making a slight difference in the need for leap seconds.

      Now whether that effect is significant or not, I have no idea.

    2. Re:Buoyancy please.... by grozzie2 · · Score: 2, Informative
      don't forget that most of the world's fresh water is locked up in the Antarctic ice cap, and that isn't floating in the sea - it's on dry land

      The greenland icecap is also on land, and it's on par with the antarctic icecap in terms of volume of ice. BUT, theres a big difference if it all melts. The greenland icecap is situated between a couple mountain ranges, and is in places more than 3 miles thick, with a bottom well below sea level. If it all melts, it becomes a huge lake, whereas if the antarctic cap melts, it runs down into the ocean.

    3. Re:Buoyancy please.... by Noren · · Score: 2, Interesting
      Ice melting at the north pole would have minimal effects on the Earth's rotation for exactly the same reason that it wouldn't effect sea levels- the same total mass of H2O will be present at equilibrium over any given point whether it's floating ice or liquid. Given that the same mass of water would therefore be stored at the pole, this change by itself would have no direct effect on the water level at the equator.

      It is true that the (slightly) less dense ice is somewhat taller, so it might effect the Earth's moments of inertia- but the changes (and they would be very subtle ones, as it would be same mass there but slightly flatter) near the rotation axis will have minimal effect on the relevant moments for rotation of the whole earth. Only as you get away from the rotation axis can you have angular momentum, which is what the Earth's rotation is really all about.

  8. co2 sequestering in ice in prehistoric times by neuraloverload · · Score: 4, Interesting

    http://www.theecologist.org/archive_article.html?a rticle=272&category=56 this gives a decent overview of the issue. effectively it states that co2 levels were much higher in the past, and as the climate turned a significant portion of it was locked in the ice sheets that up until recently were pretty stable. not any more. other concerns are methane gas pockets from rotted plant deposits that were eventually covered by the oceans or ice as well as bacteria colonies (http://www.discover.com/issues/mar-04/cover/) and could cause some pretty serious problems from a bunch of different angles. things like- you can't breathe co2 or methane with much success, so, like the big bubble that rose out of the lake in south africa http://www.smithsonianmag.si.edu/smithsonian/issue s03/sep03/killer_lakes.html and killed a bunch of people in the immediate vicinity. or tsunami activity. heck, a bubble coming up under a carrier battlegroup would probably swallow it whole and start another war, which would keep our minds and mouths occupied with everything but the selfextinction of man.

  9. yeah. great. by mugnyte · · Score: 2, Insightful


    Unless people are actually dying at an alarming rate, no amount of evidence is going to change anything. The US is not focused on being "earth happy" is any way. Be superpower, stay superpower, alone. Through economic and military might now, but perhaps scientific or educational might on a better day.

    However, until the Atlantic currents slow to a crawl and we have another Ice Age, we're going to have to just deal with freakish weather and high insurance premiums.

  10. Never mind ARCTIC ice... by TheSHAD0W · · Score: 2, Insightful

    I'm more worried about ANTARCTIC ice. You know, the big ice cap stuck on top of a field of active volcanoes, down South? A little bit of extra activity could really ruin our millennium.

  11. nice theory, but -- by sdedeo · · Score: 5, Insightful
    As printed in the article:

    Here is where today's science becomes guesswork, however. Less ice could actually be better. Scientists still know very little about how the Arctic Ocean processes carbon, and a competing theory holds that open water could actually pick up more greenhouse gases.

    If human activity is turning "much of the Arctic into a polynya (a body of water that doesn't freeze in winter), then the Arctic or polar seas may become much more effective at removing the atmospheric carbon than they currently are," Papakyriakou said.

    The poster of this article (and those discussing the potential positive feedback mechanism that kicks in if ice is a greater sink than open water) are really smudging the issue here, and smudging it for political effect without regard either for the necessarily tentative nature of science at the margins (here, the untested margins of modelling an entire planetary ecosystem) or for the consequences of making scientists look like ridiculous Chicken Littles.

    I ride a bicycle to work, take the train, and am generally supportive of environmentally friendly living and governance. But, as a scientist, I am severely disappointed when other scientists (let alone journalists or Greenpeace) take an unfinished scientific debate and use it to propose sweeping changes in our lives -- changes that woud plunge a huge number of people into poverty (I live an environmentally sustainable life, but it does cost a lot more and I wouldn't demand that a single mother of two do it as well -- hey, you driving that pickup! shell out $50,000 for an electric car.)

    This is turning into a bit of a rant, but if you want to learn what other enivronmentalists -- who are also scientists -- think about the current fights over the greenhouse effect, GMOs, etc, you should read Patrick Moore's recent article (Moore was the cofounder of Greenpeace.)

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    1. Re:nice theory, but -- by Red+Rocket · · Score: 2, Interesting


      But, as a scientist, I am severely disappointed when other scientists (let alone journalists or Greenpeace) take an unfinished scientific debate and use it to propose sweeping changes in our lives...

      Are you sure you're a scientist? Most scientific theories are continually debated and the debates are never finished. There will never be certainty on this issue. That's the nature of scientific theories. Playing the uncertainty card is the tactic of corporate spin-meisters who are content to drag this issue out while they continue to sell our future livelihood away.

      What is certain, though, is that we are changing the composition of our atmosphere. There's no uncertainty about that. The effects of those atmospheric changes are up for debate, so maybe in the meantime we should try not to experiment on the only atmosphere we have.

      --
      - Hail to our fearless misleader! Fool speed ahead!
    2. Re:nice theory, but -- by sdedeo · · Score: 2, Interesting
      Are you sure you're a scientist? Most scientific theories are continually debated and the debates are never finished. There will never be certainty on this issue. That's the nature of scientific theories. Playing the uncertainty card is the tactic of corporate spin-meisters who are content to drag this issue out while they continue to sell our future livelihood away.

      Playing the "playing the card" is the tactic of far too many people.

      Some science is better understood than others. Tobacco causes cancer: pretty solid. It's a good idea to spend billions of dollars figuring out ways to get people to stop smoking.

      Other science is a bit more uncertain. Do Head Start programs really produce lasting educational benefits for underpriviledged children? Not sure. We should keep going with it, but if something better comes along we should not be afraid to put our resources in a different kind of program with different methodology.

      The science in this article is exciting, but tentative. Have you considered the vast economic disruption that would be caused by stopping all CO2 emissions instantly? OK, you say, I didn't mean that, I only meant that we should pull back a little. How much is reasonable? How much should we burden the world (most of whom, unlike me and presumably you, don't have a slush fund of resources to absorb increased costs)?

      Rational decisions on those matters can only be made when we really enter the debates and look at what is going on. My purpose in my comment was to point out that everyone running to conclusion (A) suggested in this article is ignoring conclusion (B). If conclusion (A) is true, we might want to burden people more with CO2 regulations -- but consider the demand you're making.

      --
      Protect your liberties. Donate to the ACLU
  12. Re: yeah. great. by Black+Parrot · · Score: 3, Interesting


    > Unless people are actually dying at an alarming rate, no amount of evidence is going to change anything.

    I think the Great Melt is already upon us. Just look at the news of the past few years: Glacier National Park is becoming Bare Rock National Park; unprecedented signs of melt in the Artic last year; signs of instability in Antartic ice; predator-prey relationships getting out of whack due to an earlier spring melt. A few years earlier, Otzi melting out of the Alpine snow for the first time in 5000 years.

    Places like New Orleans and Venice, already having trouble due to subsidence, are going to be in "deep" trouble, and the cost is going to be phenomenal.

    --
    Sheesh, evil *and* a jerk. -- Jade
  13. And now for further details.... by Crypto+Gnome · · Score: 2, Funny

    In an interesting twist on the question of global warming, many and various recent scientific studies show that Research into Global Warming leads to additional releases of Greenhouse Gasses (most notoriously, scientists blowing smoke and being full of hot air)

    In a most impressive statement of The Blindingly Obvious, Professor Julian Something-Thriller was heard commenting that

    "See-oh-two is a GreenHouse Gas, every conference and research project on Global Warming involves vast amounts of rather heated debate greatly increasing the output of said GreenHouse Gas due to the aspirations of the entire scientific community"

    When asked why nobody had seen this coming he retorted that "Even a bumbling fool knows that most GreenHouse gases are invisible to the naked eye."

    --
    Visit CryptoGnome in his home.
  14. Re:What we need... by HalfFlat · · Score: 4, Informative

    I thought the key issue with CO2 was that it did not have the same opacity to radiation at all frequencies. The basic scenario being as follows.

    A range of solar radiation hits the Earth, a chunk of which is passed unimpeded by the CO2 in the atmosphere. This radiation hits the ground, water, whatever, gets bounced around a bit, absorbed and re-emitted preferentially at frequencies at which CO2 is more opaque. Thus CO2 in the atmosphere has a greater effect on decreasing the energy radiated part of the equation and less on the energy absorbed part.

    If this picture is correct, a greater CO2 percentage in the atmosphere, other things being more or less equal, would lead to a higher steady state mean temperature.

    PS: I'd wager most serious climatologists don't get a kick (or kickbacks) from scaring the population with the spectre of global warming. In fact, if you're looking for kickbacks, you're much more likely to find them on the other side of the fence. There is a real fear, backed by observed facts and admittedly primitive models, that the effect of mankind's activities on the environment will yield severe changes in climate in the not so distant future. Given how painful such changes would be, this ostritch approach towards the issue seems incredibly stupid.