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The Mystery of Global Warming’s Missing Heat

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Josh Willis of NASA’s Jet Propulsion Laboratory in 2003 completed the deployment of 3000 oceanic robots that dive 1 kilometer deep and record the water temperature. The unexpected result is that the robots have found that the ocean cooled slightly in the past 4 years. Willis also says that the oceans contain almost ten times the amount of heat as the atmosphere so the ocean temperature is much more critical to watch. Compounding the mystery is the fact that the oceans have risen by one centimeter in the past 4 years which is much more than was forecast. A cooling ocean should be falling not rising. He says the fall is offset by icemelt in Greenland and Antarctica but the meltwaters aren’t nearly enough to account for the rise. In another refreshingly canded admission Willis says that global climate models do not adequately account for the effect of clouds and they have no current instrumentation to measure global cloud behavior. He suspects that clouds act as a thermostat to limit how warm and how cold the earth can get. I’ve read elsewhere and have blogged it here that global warming models don’t account for precipitation and increased precipitation might also be a thermostat – when the atmosphere warms up we get a faster water cycle, a faster water cycle means more evaporation, and it takes a lot of heat to evaporate water. Increased rainfall essentially acts like a global swamp cooler.

The long and the short of all this is that blaming CO2 for any negative or potentially negative effects at this point in time is just a lot of hot air (figuratively not literally). In the meantime we do know three things that are undisputed:

1) a warm wet world is better than a cold dry world

2) food crops grow better and faster when given more warmth and carbon dioxide

3) reducing the CO2 in the atmosphere is a costly undertaking that will put further strain on the global economy

So there exists a very real possibility that attempts to reduce the CO2 in the atmosphere will have far worse consequences than doing nothing. It will certainly cost a lot to do it starting right away. If it can be done at all it will take 50 years before any benefits start kicking in. If it can be done in 50 years it might be disastrous to the world food supply, especially if the climate cools (for whatever reason) simultaneous to the CO2 reduction. At the very least the whole situation needs to be studied a lot more before action is taken. If we take action based on incomplete climate models we’re just asking for trouble. Look before you leap.

Read more here: The Mystery of Global Warming’s Missing Heat by Richard Harris

Comments
Did you notice the last comment on the article? "Trenberth and Willis agree that a few mild years have no effect on the long-term trend of global warming. But they say there are still things to learn about how our planet copes with the heat." How long will this have to go on before it falsifies the theory?geoffrobinson
March 19, 2008
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If we take action based on incomplete climate models we’re just asking for trouble.
Successful investors rely on incomplete and unreliable economic models. Part of how they profit is to hedge. There are inexpensive ways of achieving large reductions in CO2 emissions. For instance, ruminant livestock will soon account for 20% of global CO2 emissions -- more than transportation does. Gripe all you want about giving up cheeseburgers and ice cream and obesity-related illnesses, but don't tell me that substantially reducing CO2 emissions is a costly undertaking. We have ways, but not the will. An indisputable fact is that we are presently forced to make decisions on the basis of conflicting scientific interpretations of the available data. No one, but no one, can justify a dichotomous response. The only sane response is to hedge.Turner Coates
March 19, 2008
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"There’s in interesting article in the March 2008 issue of Physics Today" Hi Dave. I wrote an e-mail to you about this last week (I got your (?) address from Denyse). Did you get my note? The authors estimate up to 70% of temperature variations can be related to changes in solar irradiance. This do this, not by a linear comparison of input to outputs, but by "complexity" matching, where changes in global temperatures are found to correlate (not necessarily in a linear fashion) with variations in irradiance. It's subscription-only, unfortunately.SCheesman
March 19, 2008
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There's in interesting article in the March 2008 issue of Physics Today which discusses the relationship between solar variability and global warming. The two authors are Nicola Scafetta and Bruce West and they have written up their work in the Journal of Geophysical Research, a PEER REVIEWED publication (peer review seems to be highly valued around here). In short, the two authors contend that much of the global variability can be correlated with changes in the solar variablity.DrDan
March 19, 2008
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Great post Dave. I used to be a flight instructor - small aircraft. As such I had to teach meteorology. One obvious point is that cloud cover causes temperature changes. If in winter, temperatures will remain stable or may go up slightly due to heat from the ground not escaping into the atmosphere so quickly. The clouds thus act as a blanket. But only for a short time, since if they remain, the ground heat will radiate (leak) and temperatures will drop. If in summer, the clouds will hinder sunlight from heating the ground and temperatures go down. Thus the clouds act as solar radiation shields. These differences in these cloud cover effects are noted by us as above only because the average temperature is different in those seasons. The Arabs say, "All sun makes the desert". Conversely all cloud makes cold. (Depending on the thermal sources of the ground) So, to the point, the earth, to regulate it's heat to favor most life, needs lots of sun and clouds. Obvious right? But, the anthropic "coincidences" here are pretty astounding when you think on it. So many variables, so many systems have to be in place, with the right formulas and values to make this world livable it's just uncanny. My points are: 1. Yes we need to do a lot more research into global cloud coverage as a global thermal regulator and 2. The design of earth's eco/climate system is ingenious! And perhaps most amazing of all, 3. It appears to be self-correcting in line with solar cycles.Borne
March 19, 2008
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