Guest essay by Professor Philip Lloyd
People have the nasty habit of giving their opponents names. Those who are convinced that humans are wrecking the world by burning fossil fuels call those who don’t believe them “denialists.” It implies that they are close to the Holocaust deniers, and so are clearly beyond the pale.
I have come to the conclusion that they are wrong. The true denialists are those who believe in global warming, and who will go to any lengths to deny the evidence against that position.
For instance, the final draft of the Fifth Assessment Report of IPCC’s Working Group 1 concerns itself with observations of the climate and how it might change in future. Within minutes of it being released, skeptics had noted that a key figure, which compared predicted temperatures to measurements, had been drastically altered after the second draft had been approved.
In the second draft, the observations lay below the lowest range in the predictions, and seemed to be getting further from the predictions as time went by. In the final version, the measurements had been pushed up and the predictions had been pushed sideways and Voila! the revised measurements now fell within the range of the changed predictions. Really! Grown men did this! Consciously! And honestly thought that no-one would notice.
That’s the trouble with calling people names. Before you know where you are, you have convinced yourself that they are stupid, too.
And there were lots of similar examples. In the Summary for Policy Makers, the scientists had said “It is extremely likely that more than half of the observed increase in global average surface temperature from 1951 to 2010 was caused by the anthropogenic increase in greenhouse gas concentrations and other anthropogenic forcings together.” The politicians did not like this, so they added a juicy version “It is extremely likely that human influence has been the dominant cause of the observed warming since the mid-20th century.” Suddenly “more than half” had morphed into “dominant cause.” That way, no one might be left with the idea that the scientists had actually said there was a reasonable chance that quite a lot of the warming was entirely natural.
My own contribution concerned the warming of the upper troposphere. In the previous Assessment Report, the IPCC had said “Upper-tropospheric warming reaches a maximum in the tropics and is seen even in the early-century time period. The pattern is very similar over the three periods, consistent with the rapid adjustment of the atmosphere to the forcing. These changes are simulated with good consistency among the models.” They even had a figure (WG1 Figure 10.7) to show just what they meant:
These are sections through the atmosphere, from the South Pole on the left to the North Pole on the right. Instead of altitude they give the pressure in ‘hectoPascals” which is sort of unfamiliar to most people, but 400 is around 8km up and 200 around 12km. “Good consistency” is shown by the stippling – Stippling denotes regions where the multi-model ensemble mean divided by the multi-model standard deviation exceeds 1.0 (in magnitude) reads the caption.
You can clearly see the flattened ‘bubble’ getting hotter as the century goes by. The models predict that, in that region, the atmosphere should warm at about 0.6 degrees Centigrade per decade, far faster than on the surface of the Earth.
Weather balloons have flown into that region for 60 years. Airliners have carried commuters at those altitudes for 40. The temperature can be inferred from satellite measurements. None of these methods have managed to find any evidence of warming at anything like 0.6 degrees Centigrade per decade. The thermometers suggest slight cooling; the satellites slight warming.
This huge discrepancy between model and measurement has been the subject of intense discussion since the 2007 Assessment. When I reviewed the first draft of the latest report, I said “Heh! You haven’t mentioned the problem!” Along came the second draft – same difficulty. This time I read out to the IPCC the actual papers from the peer-reviewed literature that they should have been using: –
Allen, Robert J. and Sherwood, Steven C. (2008) Warming maximum in the tropical upper troposphere deduced from thermal winds. Nature Geosci 1 (6), 399- 403, http://dx.doi.org/10.1038/ngeo208;
Lanzante, John R., Melissa Free, 2008: Comparison of Radiosonde and GCM Vertical Temperature Trend Profiles: Effects of Dataset Choice and Data Homogenization. J. Climate, 21, 5417–5435. doi: http://dx.doi.org/10.1175/2008JCLI2287.1;
Singer, S Fred, (2011). Lack of Consistency Between Modeled and Observed Temperature Trends Energy & Environment, 22, 375-406 DOI – 10.1260/0958-305X.22.4.375 ;
Douglass, D. H., Christy, J. R., Pearson, B. D. and Singer, S. F. (2008), A comparison of tropical temperature trends with model predictions. Int. J. Climatol., 28: 1693–1701. doi: 10.1002/joc.1651
Titchner, Holly A., P. W. Thorne, M. P. McCarthy, S. F. B. Tett, L. Haimberger, D. E. Parker, 2009: Critically Reassessing Tropospheric Temperature Trends from Radiosondes Using Realistic Validation Experiments. J. Climate, 22, 465–485. doi: http://dx.doi.org/10.1175/2008JCLI2419.1
(I mean, how pedantic do you have to be?)
I concluded my review saying “not even the satellite data comes near the predictions that were made in AR4 – the discrepancy between ALL the data and the models is wide. This debate MUST be reflected in the text.” So the IPCC had been told where to look – it is their job to review the peer-reviewed literature – and had been told that there was a debate because the measurements disagreed with the models. What did they do?
Nothing! Absolutely nothing (apart from quoting Titchner in a different context). The Summary for Policy Makers says:
“It is virtually certain that globally the troposphere has warmed since the mid-20th century. More complete observations allow greater confidence in estimates of tropospheric temperature changes in the extratropical Northern Hemisphere than elsewhere. There is medium confidence in the rate of warming and its vertical structure in the Northern Hemisphere extra-tropical troposphere and low confidence elsewhere.”
Section 2.4.4 says:
“In summary, assessment of the large body of studies comparing various long-term radiosonde and MSU products since AR4 is hampered by dataset version changes, and inherent data uncertainties. These factors substantially limit the ability to draw robust and consistent inferences from such studies about the true longterm trends or the value of different data products.”
So the data were apparently wrong!
There is a Table 2.8 headed:
“Trend estimates and 90% confidence intervals (Box 2.2) for radiosonde and MSU dataset global average values over the radiosonde (1958–2012) and satellite periods (1979–2012). LT indicates Lower Troposphere, MT indicates Mid Troposphere and LS indicates Lower Stratosphere”
Notice that? No Upper Troposphere – none, silence! Likewise, there is a Figure 2.24 which shows some Lower Troposphere trends, but is equally silent on the Upper Troposphere.
And that is the full extent of the discussion of the problem in the latest Report. The previous Assessment made a great song and dance about warming in the intratropical upper troposphere, the present Assessment completely avoids the issue.
Now you could well ask “So what?” The significance is that this goes to the heart of the physics on which all the models used to make predictions are based. If you have watched “The Great Global Warming Swindle,” you will have seen the critic, Richard Lindzen of MIT, speaking about how the Upper Troposphere should be warming. The physics of the atmosphere, as generally understood by all scientists of whatever global warming persuasion, require it should be warming faster than the surface of the earth. There is consensus – but the data show the consensus to be wrong.
Therefore the models are wrong. It only takes one clearcut observation to destroy the integrity of a scientific thesis. The physics underlying all the models is wrong – and we don’t know why. Moreover, the IPCC is demonstrably skirting the issue, telling us that “the observations substantially limit the ability to draw robust and consistent inferences.” What utter nonsense!
By any measure, the IPCC and its supporters are the true denialists, but it would be wrong of me to use such a word to describe them. So let’s just say they are attempting to deceive, and have done with it.
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Professor Philip Lloyd is from the Energy Institute, Cape Peninsula University of Technology, Cape Town S.A.
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Interesting angle on denial – they are denying the facts they do not like. Given the 123 peer reviewed papers they ignored, I think the good Professor had got a great point.
“pdxrod says: November 9, 2013 at 1:23 pm”
^+1
If we don’t believe in free speech for those we don’t agree with then we don’t believe in free speech.
Mosh. Thanks for the video. Great to see that type of thinking in action. Come up with a theory and refine it based on observations of reality. What a concept.
I’ve always loved Einstein for the simple fact that he was honest about his work calling the cosmological constant “the greatest blunder of my life”. He may have been wrong about that or right. Time will tell.
If the normal process of science had not been interrupted by the climate wars, the response to multiple connected paradoxes (an observation or analysis result which is physically impossible if the hypothesis and its related mechanisms are correct) is for multiple review papers to be written that summarize the observations and theory to clarify the implications of the paradoxes and along with proposed high level alternative hypotheses to resolve the paradoxes. The fact that the predicted tropospheric warming is not observed indicates that there is at least one fundamental error in the general circulation models.
Lindzen and Choi’s finding that the tropical region resists (negative feedback) forcing changes by increasing or decreasing cloud cover in the tropics could explain the fact that the predicted hot spot troposphere at 8 km to 10 km above the surface of the planet, does not physically occur, which falsifies CAGW as there is no amplification of the forcing. The tropical tropospheric hot spot is predicted to occur as the general circulation models assumed planetary cloud cover either stays the same or decreases when the planet warms. As there is more water vapor in the atmosphere when the planet warms if planetary cloud does not increase or decrease, the increase in water vapour causes the planet to warm due to the greenhouse effect of the water (positive feedback).
http://www-eaps.mit.edu/faculty/lindzen/236-Lindzen-Choi-2011.pdf
On the Observational Determination of Climate Sensitivity and Its Implications
There are however other paradoxes (the latitude warming paradox, the cyclic warming and cooling paradox, the cause follows the effect paradox, the lack of correlation paradox, and so on). The paradoxes indicate that the CO2 mechanism saturates, which is a paradox, something that is not possible if the assumptions concerning the atmosphere and the modeling of the CO2 mechanism is correct. It follows as there are a group of logically connected paradoxes that the majority of the warming in the last 70 years, not caused the increased in atmospheric CO2 and was caused by the same mechanism that caused past warming and cooling cycles (solar magnetic cycle changes). The CO2 greenhouse mechanism has been confirmed in laboratory experiments; however the laboratory experiments must be extrapolated to the general atmospheric modeling which requires assumptions and simplifications.
This paper notes for six out of seven times in the recent past planetary temperature rises and then CO2 increases; `The cause follows the effect paradox.` The same paper notes a second paradox (note the two paradoxes are independent, the Realclimate blog ignored `the cause follows the effect paradox` and did not consider the implications of the heat hiding in the ocean observation from the standpoint of CO2 sources and sinks) , the increase in atmospheric CO2 does not track anthropogenic CO2 emissions. The second paradox would be explained by increased mixing of deep ocean waters with surface waters which will then dampen both temperature increases and CO2 increases. i.e. If heat is hiding in the ocean, then the ocean can absorb significantly more anthropogenic or volcanic emitted CO2 which works to stabilize atmospheric CO2. As the ocean holds 32 times more CO2 than the atmosphere, anthropogenic CO2 emissions has a very small effect. The majority of the increases in atmospheric CO2 increases in the last 70 years therefore are from increases in ocean temperature rather than anthropogenic CO2.
http://www.sciencedirect.com/science/article/pii/S0921818112001658
The phase relation between atmospheric carbon dioxide and global temperature
…As cause always must precede effect, this observation demonstrates that modern changes in temperatures are generally not induced by changes in atmospheric CO2. Indeed, the sequence of events is seen to be the opposite: temperature changes are taking place before the corresponding CO2 changes occur. As the theoretical initial temperature effect of changes in atmospheric CO2 must materialize first in the troposphere, and then subsequently at the planet surface (land and ocean), our diagrams 2–8 reveal that the common notion of globally dominant temperature controls exercised by atmospheric CO2 is in need of reassessment. Empirical observations indicate that changes in temperature generally are driving changes in atmospheric CO2, and not the other way around….
…A main control on atmospheric CO2 appears to be the ocean surface temperature, and it remains a possibility that a significant part of the overall increase of atmospheric CO2 since at least 1958 (start of Mauna Loa observations) simply reflects the gradual warming of the oceans, as a result of the prolonged period of high solar activity since 1920 (Solanki et al., 2004). Based on the GISP2 ice core proxy record from Greenland it has previously been pointed out that the present period of warming since 1850 to a high degree may be explained by a natural c. 1100 yr periodic temperature variation (Humlum et al., 2011). ….
ROM: “They ask lots of questions and deliberately think things through.”
Put differently, Systems Thinkers understand what Ceteris Paribus means.
@ur momisugly ROM
I spent several years training adults and based my approach on Kolb’s work having been introduced to it in a train-the-trainer type course I had undertaken. There’s an illustration of the Kolb Cycle from Jim’s book here:
http://www.sturmsoft.com/Writing/Images/kolb_cycle.jpg
Kolb provided what was called a Learning Style Inventory that was designed to reveal where your strengths lie in the learning quadrant. Knowing what learning style is favoured by particular individuals enables far more effective training. It also helps when building problem-solving teams. You can build more effective teams with a balance between individuals haviung different learning style preferences.
Systems thinking goes a step beyond Kolb. Once you have gone through the four processes you are ready to repeat the process. Jim called this the Hawksbury Spiral.
There’s more about Kolb’s educational theorising here:
http://www.jcu.edu.au/wiledpack/modules/fsl/JCU_090344.html
Apropos weed-control, I have acquired some acetic acid that I intend to use around the farm. It will be interesting to see how effective it proves. Or not…
Jquip said @ur momisugly November 9, 2013 at 8:00 pm
Sad, but true. When I said to Mrs Git: “I love you, ceteris paribus” she slapped me…
Git: “she slapped me…”
Thanks for that. Funniest thing I’ve read in ages.
The mean over the standard deviation being less than one is not a suitable criteria of consistency by any definition.
Two standard deviations either side of a mean is supposed to cover most variations. So if I have a mean of say 1000 and a standard deviation of 900 this means that most of my variability will be accounted for between -800 and 2800. Under what schema is this good consistency?
Thanks for the explanation Pompous Git,
I’ve still got a hell of a lot of learning to do and so many interesting things to follow up on but at 75 years old, not much time left to do it in unfortunately.
So, the atmospheric tail does not wag the oceanic dog, as I’ve been telling anyone who’ll listen for the last 5 years.
Does Willis still think it’s the atmospheric greenhouse radiative effect which “does the heavy lifting” ?
Jimbo says:
November 9, 2013 at 3:35 pm – Thanks Jimbo – I have added this useful summary to my juicy titbit file which I get out and use to bait Guardian readers when their views on CAGW get on my nerves.
Twattsup says:
November 9, 2013 at 6:17 pm
@Gail Combs (Gail combs what? The suspense is electrifying).
Just to point out that admitting there is something that you do not know, yet choosing to believe in it anyway, does not intersect science at any point. You are describing faith, or activism for a cause. Neither has a place in science.
>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
Nice bit of twisting my words. No where did I use the word faith or believe. Heck I am an agnostic so when I used the words “Do not know” and “I wonder”
So in your definition of science those two concepts have no place.
P.S. My spelling problems are the result of an experiment run on the kids in my school. We were never taught to read using phonetics which really messed up my ability to spell and to read out loud. They used something they called the “See and Say Method” For me it is word to concept without any verbalization. I read very very fast but my spelling, pronunciation and editing abilities stink.
As you can see it messed-up other people too:
It is, I think, close to the Look and Say Teaching Method although they never used flashcards on us. The method is still used today and the results are not good.
At a personal level, calling someone by objectionable names is simply poor self-control. When the name calling becomes semi-official policy, it’s the start of dehumanising the opposition.
http://thepointman.wordpress.com/2012/06/29/the-nigger-word/
Pointman
As noted in my comment above, related to the tropical tropospheric lack of warming paradox, is the latitudinal temperature anomaly. The latitudinal temperature anomaly paradox is the fact that the majority of the observed warming in the last 70 years is in high latitudinal regions rather than in the tropics and the high latitude Northern hemispheric warming is four times as much as the tropics and twice as much as the earth as a whole.
The latitudinal temperature anomaly paradox is the fact that latitudinal pattern of warming does match the pattern of warming that would occur if the increase in temperature was caused by the CO2 mechanism. Base on how the CO2 mechanisms works the entire planet should have warmed with the majority of the warming occurring in the tropics. As noted above that is not what is observed. The amount of CO2 warming is logarithmically proportional to the amount of CO2 in the atmosphere (which after a 12 month delay is more or less evenly distributed in the atmosphere) and the actual forcing is proportional to the amount of CO2 in the atmosphere and the amount of long wave radiation that is emitted at the latitude in question prior to the CO2 increase. As the planet is warmer in the tropics than at higher latitudes, there is more long wave radiation emitted to space in the tropics than at higher latitudes, therefore the majority of the warming due to CO2 warming should have occur in the tropics. As noted in the paper linked to below that is not what is observed.
http://arxiv.org/ftp/arxiv/papers/0809/0809.0581.pdf
Limits on CO2 Climate Forcing from Recent Temperature Data of Earth
3.2 Latitude effect
We have examined the temperature anomalies at the various latitudes enumerated above for three data sets: HadCRUT3v, and MSU_LT from UAH and from RSS. All show similar behavior. However, as explained above, we only present the results from MSU_LT_UAH. Figure 2 shows the UAH_LT anomalies for NoExtropics, Tropics, SoExtropics and Global. The average trends over the range 1979-2007 are 0.28, 0.08, 0.06 and 0.14 ºK/decade respectively. If the climate forcing were only from CO2 one would expect from property #2 (William: CO2 is after a lag of 12 months evenly distributed in the atmosphere) a small variation with latitude. However, it is noted that NoExtropics is 2 times that of the global and 4 times that of the Tropics. Thus one concludes that the climate forcing in the NoExtropics includes more than CO2 forcing. These non-CO2 effects include: land use [Peilke et al. 2007]; industrialization [McKitrick and Michaels (2007), Kalnay and Cai (2003), DeLaat and Maurellis (2006)]; high natural variability, and daily nocturnal effects [Walters et al. (2007)].
Comments:
1. The temperature latitudinal paradox and a second temperature anomaly ‘the Greenland/Antarctic ice sheet polar see-saw paradox’ are explained by nuances in the actual mechanism that caused the majority of warming in the last 70 years, solar magnetic cycle changes. Support for this assertion is the past cyclic warming and cooling paradox which is the fact there are cycles of warming and cooling in the paleorecord that correlate with solar magnetic cycle changes and that match the latitudinal pattern of warming observed in the last 70 years.
2. The following is a link to a complete draft copy of the paper noted in my above comment. In addition to the paradox that the increase in atmospheric CO2 occurs after the rise in temperature (cause follows rather than leads effect paradox) there is a CO2 latitudinal paradox, where the increase in atmospheric CO2 starts in the Southern hemisphere and moves to the Northern hemisphere which does not make sense as the majority of the anthropogenic CO2 emissions are in the Northern hemisphere.
The phase relation between atmospheric carbon dioxide and global temperature
http://www.tech-know-group.com/papers/Carbon_dioxide_Humlum_et_al.pdf
Pompous Git – I liked your link on the theory of learning by Kolb – will try to put his ideas into my head and practice them. Now I have to look up the meaning of Ceteris Paribus !
I think that once an argument descends into name calling, and the name calling is from the other side, you have won.
Thanks Anthony
Sigh, As I said my editing skills stink.
Heck I am an agnostic so when I used the words “Do not know” and “I wonder” I mean exactly that and nothing else.
Could CO2 have an effect on the climate? Possibly since the physics is there in that CO2 molecules in the atmosphere absorb and then transmit IR (infra-red) energy in all directions. However the net effect depends on what the rest of the system is doing.
Here is the analysis made by a chem engineer on the system response to CO2 http://theinconvenientskeptic.com/2012/05/the-science-of-why-the-theory-of-global-warming-is-incorrect/
…..
As far as what Gail combs it is equines. I will be out curry combing them as soon as the sun is up and after I feed water and hay everything.
Gail Combs said @ur momisugly November 10, 2013 at 2:20 am
Gail, you have nothing to apologise for. The Git is sometimes a professional pedant; he edits people’s words to weed out typos and grammaticals in their books. Errors from editing one’s own words are next to impossible to eliminate; you will always read what you thought you wrote. And even professional editors make mistakes. Never mind that we are talking blog comments here… Grrrr…
“John Edmondson says:
November 10, 2013 at 2:16 am
I think that once an argument descends into name calling, and the name calling is from the other side, you have won.
Thanks Anthony”
If only it was that simple! Slinging mud is a really effective tool to use after you have lost an argument, it really muddies things up, which allows one to escape you admitting you have lost. It is however the method of fools and cads, and in the end the mud slingers will be the losers because they have not moved themselves up to a new level of understanding, and eventually they are left behind. Michael Mann is a good example of this process working it way to a logical conclusion and outcome.
@Gail Combs
Just goes to show we are all different. I was taught to read the same way as you. My jaw hit the floor when I first heard my kids doing the phonics thing. I couldn’t see what was wrong with the way I was taught reading, but phonics worked for them.
Nobody that teaches by that method can explain to me why phonics starts with “ph”. Ffs.
Your horses are fortunate to have such a nice owner.
@Twattsup & @Gail Combs. There’s not a lot in the way of logic in either English grammar or spelling. It’s all fig leafs over the inexcusable. It’s the mongrel language you’d expect when an old Teutonic language collides with proto-French, courtesy of William the Conqueror, resulting in a bi-lingual country for two centuries. The definite article definitely means nothing since nouns don’t have genders and there’s always two ways of constructing a verb driven sentence. eg I’m going to go – Je vais aller in French, I will go – Ich werde gehen in German.
It’s a wonderful field for linguistic archaeology. eg. Chair mutated from the same root word that became chaise, stool from Stuhl, which means a chair in present German. The conquers had chairs but the subjugated Saxons had nothing but stools. Incidentally, the continuous tenses, the inging in going are unique to English, with a tiny and precise equivalent in Spanish.
Because of that double skeleton, English is a very easy language to learn but very hard to be accomplished in.
Pointman
This article makes some important points, but I question the inclusion of the statement, ” … The physics underlying all the models is wrong – and we don’t know why”
Surely this is a hostage to warmist fortune?
The physics of the universe is independent of human existence. Energy equals mass times the speed of light squared, and does so irrespective of Albert Einstein, so it is probably more accurate to say that our understanding of the physics is either imperfect or incorrect
As a wise Englishman once said …
“The fault, dear Brutus, is not in our stars,
But in ourselves …”
The real climate denier – one who wrongly believes greenhouse gases cause weather – is also a real Flat Earther, someone who cannot see the powerful outside forcing of Earth weather by the solar wind and magnetic linkages.
You mean, like “alarmists”?
And…For good reason. In the original version, the models had been aligned to agree with the temperature in one single year, 1990. As Bob Tisdale demonstrated (see Figure 7 here: http://wattsupwiththat.com/2013/10/26/tamino-resorts-to-childish-attempts-at-humor-but-offers-nothing-of-value ), the temperature in 1990 was about 0.07 C above the trendline. So, if one wants to align the models and the data correctly, one does need to shift the models and data relative to each other so that the models are about 0.07 C higher than the data for that one year.
Even Richard Lindzen himself disagrees with you. He argues that the model prediction is based on such basic physics that he expects that the models are right and the data are wrong in this case. (The only difference being that he blames the surface data in the tropics, whereas most other scientists think the surface data there is more reliable than the data at altitude.)
The observations are far from clearcut in this case. That a better understanding of the discrepancy between models and data would be useful is undoubtedly true. That this shows the models to be wrong on this particular issue is not true.
Here is the relevant quote from Lindzen (http://www.thegwpf.org/richard-lindzen-a-case-against-precipitous-climate-action/):
Just wondering .. does the Git differentiate between ‘normal’ errors (e,g, typos, a missing comma) that we all make from time to time, and quite literal, actual, bona fide, recognizable when seen “hair-on-fire”-type posting?
HAIR ON FIRE: 1) A sense of hair-raising urgency; a figure of speech that describes a person in a state of extreme agitation, one stage above ‘wild-eyed’ and just below ‘freaked out, totally out of control.’ The experience is associated with the adjective ‘hair-raising’ but is far more emphatic. Its central semantic element is the dramatic visibility of the upset person’s demeanor. 2) To exhibit excited enthusiasm.
.