Guest Opinion: Dr. Tim Ball
From the start, Richard Lindzen, former professor of meteorology at MIT, said about the Intergovernmental Panel on Climate Change (IPCC) anthropogenic global warming (AGW) hypothesis: The consensus was reached before the research had even begun. The IPCC virtually ignored evidence that showed the hypothesis wrong, including failed predictions. Instead of revisiting their science, they moved the goal posts from global warming to climate change and recently climate disruption. Mainstream media have aided and abetted them with misleading and often completely scientifically incorrect stories. These are usually a reflection of their political bias.
A recent example appeared from the BBC, triggered by more evidence that contradicts the hypothesis, that human produced CO2 is almost the sole cause of global warming. The egregious example is the BBC report on the first images from NASA’s Orbiting Carbon Observatory (OCO-2). See also Anthony Watts’ report from the AGU.
Figure 1
Preliminary evidence essentially exonerates humans as the source of CO2. That is a narrative unacceptable to the IPCC and all their media supporters. As a result the BBC, whose lack of journalistic integrity and political bias, was exposed in the emails leaked from the Climatic Research Unit (CRU), are obliged to spin the evidence. One comment in the article says,
It is possible to see spikes, too, on the eastern seaboard of the US and over China. These probably include the additional emissions of CO2 that come from industrialisation.
This misinformation is contradicted by the lower than average levels over the UK and Europe. Another comment on Figure 1 says,
Also apparent are the higher concentrations over South America and southern Africa. These are likely the result of biomass burning in these regions.
This misinformation is a contradiction because the area of southern Africa is mostly grasslands and desert. How does that generate “biomass burning”? Figure 2 shows a map of the climate zones of Africa, ironically, it appears in an article pleading for financial help to deal with climate change.
Figure 2
The claim that South American levels are due to forest burning is ridiculous. At any given time, only a small area of the forest is being burned. It was higher in the past because countries like Brazil were encouraged to provide tax incentives to farmers to clear land, with help from the World Bank. The idea was that a country must have a solid agricultural base for a viable economy. The practice was stopped when the environmental finger of rainforest destruction was pointed.
In 2006 a report exposed another misconception about sources and concentrations of atmospheric gases, especially so-called greenhouse gases. Frank Keppler of the Max Planck Institute determined that the rainforests were a very large source of methane. Keppler,
“…was surprised when he saw signs of methane being emitted by plants he was examining in normal air. “If we were following the textbook, we would have ignored it as a mistake,” he says.”
This is not surprising, given the structure and process of a tropical rainforest. They are an illusion because the soils that sustain them are among the most unfertile in the world. People wonder why agriculture doesn’t flourish, it is because of the poor soils. Many projects have failed with this illusion.
People are familiar with deciduous and evergreen trees. The former have leaves that grow and are discarded with the seasons. Evergreens have needles that remain attached year round but are ready to begin photosynthesizing quickly, thus maximizing the short growing season. Trees in the tropical rainforest are what I call deciduous evergreens. They always have leaves but are constantly shedding and replacing them. This means the leaf litter is constantly supplied to the surface but very rapidly rots, and the tree quickly takes up the nutrients. Laterite soils underlie the rain forest.
Laterite soils are reddish subsoils found in tropical regions that are formed by the rock layer breaking down and leaching through the soil. They are rich in minerals such as iron oxides and aluminum, and most don’t support plant life or vegetation well because they dry hard and compact, and lack organic matter. Laterite deposits can be a few inches or hundreds of feet thick and are normally horizontal. When very wet, laterite soils can be cut into bricks for building.
The important soil formation factors are high temperatures and constant rainfall that literally washes out most minerals essential for plant growth. The various shades of red depend on the percentage of iron.
When the vegetation is removed the soils bake iron hard. They are also very difficult to plow because of quartz particles that wear out a steel plow very quickly. Several schemes failed over the years because they ignored the physical realities of tropical soils. The first major one was Fordlandia, an attempt during the Second World War to grow rubber in the Amazon rainforest. Rubber, a crucial wartime resource, was no longer available from Malaya. They transferred the rubber plants back to South America but farmed it without care to the soil conditions. Look at the inappropriate formal row cultivation in Figure 3.
Figure 3.
After World War II, the drive for increased agricultural production, centered on production of vegetable oil. In Britain they created the Groundnut Scheme in East Africa. Groundnut is the English term for peanut. It was also a disaster, as a 1981 article titled, “The East African Groundnut Scheme: Lessons of a Large-Scale Agricultural Failure” explains.
Another scheme built on lateritic soils without care to their limits, was the 1967 brainchild of shipping billionaire known as the Jari Project. He built a massive processing plant (Figure 4) in Japan and had it towed to Brazil to process a fast growing tree (Gmelina) for pulp and paper. The project staggered along for some years but ultimately failed.
Figure 4
I am aware that there were other factors involved in the failure, but the common denominator and primary factor was the limitations of the tropical soil.
The few people that survive in the tropical rainforest know the limitations of the soils. They developed slash and burn agriculture in which a small are is cleared and the vegetation burned to provide briefly a higher level of nutrients sufficient to grow crops for one or two years. The area is then abandoned back the rainforest.
Methane (CH4) was targeted before CO2 in the environmentalists rush to blame humans for every change detected. Much of the focus was the role of cattle that received attention from Jeremy Rifkin’s fantastical book and campaign titled “Beyond Beef”. He effectively blames cattle for all the failures of civilization.
The problem was that methane was a minute fraction of the atmosphere and greenhouse gases. Methane is 0.00017% of all atmospheric gases and only 0.36% of the total greenhouse gases. Like CO2 they have inflated the warming potential by claiming it is 20 times more effective than CO2. Despite this, it can’t be very important because in an article about methane “leaking” from the sea floor, Andrew Weaver, Lead Author and contributor on computer modelling for four of the IPCC Reports said,
“[Methane] was not considered in any of the predictions at all.”
That didn’t stop the journalist from fear mongering.
“But one thing is certain: The fact it hasn’t been factored into previous global warming predictions means forecasts even as recent as the 2007 report from the Intergovernmental Panel on Climate Change are too conservative.”
A disturbing remark, but not as intended. If it isn’t factored in, then it indicates all previous estimates of greenhouse effects are wrong and the effect of other variables including CO2 are overestimated.
Other sources were blamed before cows, each tied to some human cause. A 1982 Science paper argued that termite numbers were increasing commensurate with clearing of forest and bush. Disclosure of a calculation error in the numbers pushed the termites aside. Increasing beaver populations briefly became the target. Expanding wetlands resulted from reduced trapping and the consequent population explosion. Thawing permafrost is raised occasionally as a source of increased methane, but a study by Georg Delisle rejects the alarmism.
He studied time periods from the last 10,000 years when the global temperature was warmer than today for several thousand years by as much as 6°C. Ice cores that had been extracted from Antarctica and Greenland provide exact information about the composition of the atmosphere during the these warm periods. His conclusion: ‘The ice cores from both Greenland and Antarctica provide no indication of any elevated release of greenhouse gases at any time even though back then a deep thawing of the permafrost when compared to today would have been the case.’ This was clear to see on the poster he used for his presentation. Obviously CO2 and methane are much more stable in the ground also when it thaws (sic).
Reports of methane bubbling up in the Arctic Ocean triggered a new spate of articles. Most stories are alarmist.
“Far more of the greenhouse gas methane is seeping from seabed deposits in the Arctic shelf into the atmosphere than previously thought.”
Some reports take a reasoned view. A New Scientist article says,
“The trouble is, nobody knows if the Arctic emissions are new, or indeed anything to do with global warming.”
The reality is they don’t know how much there is.
“Estimates of how much is out there are vague. There could be anywhere between 500 to 10,000 gigatonnes of carbon in the hydrates and another 7.5 to 400 gigatonnes in the permafrost.”
Another problem that likely influenced decisions to ignore methane was the IPCC chart depicting global levels over time (Figure 5).
Figure 5
This underscores their failed projections shown in Figure 6 from Assessment report 5 (AR5).
It’s not surprising because all greenhouse gas numbers are very crude estimates for each source. The only table, to my knowledge, that pulls together the various “source” estimates, was produced by Dr. Dietrich Koelle for 2010 data.
The error range of two natural sources, Ocean outgassing (tropical areas) and Ground bacteria, rotting and decay, exceed the total human contribution. The latter supposedly includes what goes on at the surface under the tropical rainforest. It is a vast natural composting process producing nutrients to sustain the vegetation.
The satellite data is only a surprise to the IPCC supporters, because it completely contradicts their assumptions and narrative. Once again, as it has from the start, the evidence contradicts the consensus assigned to the IPCC hypothesis. Instead of acting in a scientifically appropriate manner and re-examining their science, they misinterpret and mislead through a compliant, politically biased messenger, the mainstream media.
So the excess emissions (of 13CO2 depleted CO2) that is observed in this month and a half period were probably absorbed by the canopy several years earlier and are responding to seasonal temperature changes.
Depends of where and how much: here the average CO2 and δ13C seasonal movements at Barrow and Mauna Loa:
http://www.ferdinand-engelbeen.be/klimaat/klim_img/seasonal_CO2_d13C_MLO_BRW.jpg
The opposite CO2 and δ13C changes prove that the (extra-tropical) NH forests are dominant.
The CO2 and δ13C seasonal movements in the SH are much smaller as there is relative less vegetation and more ocean in the SH.
Those differences are more closely related to the changing areas of the cold ocean sinks than they are to Arctic forest activity. Both are temperature dependant which is time and latitude dependent.
Compare OCO-2 results with the NASA animation supposedly based on measurements that made the rounds in November:
http://www.nasa.gov/press/goddard/2014/november/nasa-computer-model-provides-a-new-portrait-of-carbon-dioxide/#.VJhh1rjAA
global warming –> climate change –> climate disruption –> compost pile.
Maybe it’s a silly question to be asking, but, …… how can you have this, to wit:
average atmospheric CO2 concentrations – 1 October to 11 November
http://wattsupwiththat.files.wordpress.com/2014/12/oco2-global-2014.jpg
When you also got this, to wit:
Global wind patterns
http://apesnature.homestead.com/files/fg09_05c.jpg
42 days of winds and the CO2 is still all bunched up in the atmosphere above its sources.
How much does all the natural CO2 vents in that part of Africa figure into things? I’ve yet to see their contribution of CO2 acknowledged in any of the literature I’ve seen. Yet, the continent is pretty much pockmarked with them.
Many thanks for posting Murry Salby’s talk and also thanks to Ferdinand Engelbeen for his thoughtful input. Between the two we have a point and counterpoint analysis of carbon isotopes.
In reply to:
richard verney
Ferdinand Engelbeen
William:
There is no current explanation as to why the sink of CO2 would increase by a factor of 5 from 0.5 ppm/year to 2.5 ppm/year. The IPCC had predicted that the CO2 sink would decrease with increasing temperature and increasing CO2 in the atmosphere, not increase by a factor of 5.
It should be noted there is a mysterious CO2 sink that is not known. All non-anthropogenic sinks and sources are estimated rather than measured.
Salby found atmospheric CO2 changes as the integral of planetary temperature. Atmospheric CO2 does not changes in direct relationship with anthropogenic CO2 emission. That is an observational fact not a theory. You must I assume be aware that the mysterious CO2 sink increases to sequester more and more CO2. Anthropogenic CO2 emissions have increased 40%. yet year by year atmospheric CO2 continues to increase roughly as the integral of temperature.
Salby’s finding is not theoretical, it is an observational fact, that must be explained. As Salby notes correctly in the paleo past planetary temperature rises and then CO2 increases. That is an observational fact also.
As I have noted before the source of the earth’s oceans is from core released CH4 (The late Nobel Prize winning astrophysicist Thomas Gold, in his book ‘Deep Hot biosphere The myth of Fossil fuels’ provides roughly 40 observations to support that assertion). The core released CH4 is deficient in C13 which explains why the C13/C12 ratio in sediments does not increase with geological time.
The solution to the Salby’s observational paradox is the cause of the recent temperature increase (P.S. the cause of the recent temperature increase is not CO2. If the cause of the recent temperature increase was anthropogenic CO2 emissions there would not be a secession of warming, no warming, zilch warming, for 17 years.) is also causing an increase in low C13, CH4. The CH4 is converted to CO2 by it appears biological processes which explains the massive amount of CO2 emissions overland in the Southern hemisphere.
The crucial question is what degree of forcing results from the increase in CO2 concentrations in the atmosphere. The IPCC offers a wide window. The alarmist gravitate to the high end and the luke warmers to the low end. Even Anthony Watts agrees increased CO2 levels produce warmer temperatures, albeit low enough to be manageable.
Why can’t scientists come up with a more precise answer? And I mean a scientific non ideologically driven answer.
@ur momisugly alarmfreebutconcerned
Because it is actually impossible for anyone to accurately measure the amount of “warming” that individual atmospheric gasses contribute to the measured temperature of any specific locale within the atmosphere, ……. specifically because the earths atmosphere is an “open system” ….. and generally because the thermal energy passing through the atmosphere is also being transferred “back n’ forth” between the gas molecule therein.
Also, it is impossible for anyone to measure the warming effect of the lesser quantity of gas (CO2) in a mixture of two different gases when the quantity of the greater (100X) volume of gas (H2O vapor) is constantly changing from hour to hour and/or day to day.
William Astley
There is no current explanation as to why the sink of CO2 would increase by a factor of 5 from 0.5 ppm/year to 2.5 ppm/year. The IPCC had predicted that the CO2 sink would decrease with increasing temperature and increasing CO2 in the atmosphere, not increase by a factor of 5.
The IPCC is right, but the influence of temperature in the period 1959-2014 on CO2 levels is not more than 4 ppmv CO2 increase (0.5°C increase * 8 ppmv/°C). That is all.
On the other side, for the current temperature the equilibrium between oceans and atmosphere would be around 295 ppmv CO2 in the atmosphere.
In 1959 CO2 levels in the atmosphere were 315 ppmv in 2014 they are 395 ppmv.
A difference in pCO2 of 20 μatm in 1959 and 100 μatm in 2014. Or a factor 5 in CO2 pressure difference between atmosphere and average oceans over 55 years.
As the release and uptake of CO2 by the oceans is directly proportional to the CO2 partial pressure difference between atmosphere and oceans (or reverse), the factor 5 increase in sink capacity is what can be expected…
It should be noted there is a mysterious CO2 sink that is not known. All non-anthropogenic sinks and sources are estimated rather than measured.
There is much more known about CO2 sinks (the “missing sink” is an old story) than you expect: increase of CO2 uptake by plants is measured via the oxygen balance. The increase of CO2 in the ocean surface is measured at several fixed places, buoys and regular research ships cruises (and can be directly calculated from the Revelle/buffer factor). In the deep oceans more sporadic, but even there the increase is monitored at the sink places…
The IPCC’s advice buried in there last large report is to build 1000-1500 nuclear reactors!
“Riding the global cycles
Diatoms fix as much carbon dioxide as all the rainforests of the world combined, and they may very well have been the main architects of our current, moderately cool climate situation. The rise of the diatoms began in a much warmer climate than ours, with no ice caps on the poles. The atmospheric carbon dioxide concentration was much higher than today. In the Cretaceous, around 100 million years ago, when diatoms began to become widespread and developed great diversity, the carbon dioxide level was fivefold higher than today, and oxygen was lower. Remarkably, diatoms managed to thrive and expand during a period of extreme climate change, and they also seem to have come through the mass extinction that saw off the dinosaurs without too many problems. The opening of the Drake Passage around 40 million years ago, which created the continent of Antarctica, was particularly beneficial for the diatoms because they began to proliferate dramatically in the cold turbulent waters of the Southern Ocean.
As diatoms evolved thicker and denser cell walls and spread across the oceans, it became more likely that dead diatoms might sink to the ocean floor and thus sequester their carbon.”
http://www.sciencedirect.com/science/article/pii/S0960982212008664
It’s so easy to pole holes in some of these assumptions that it’s like shooting fish in a barrel.
Where are the fires? Can’t be Africa and South America because ( fill in blank excuse) ….
Rather than think, why not just look it up? NASA Web Fire Mapper Applet Use can even the custom date range to match the dates and time from the study in question.
Of course that means having to admit your preconceived notions are incorrect and the scientists are right. Can’t have that. Better to remain ignorant of the truth. (sic)
How much does this latest satellite announcement agree with the Japanese GOSAT which was launched in 2009. Does it confirm the Japanese results or not. Also, was GOSAT taken notice of in the IPCC statements.
Also, how can South Africa which is the major industrial emitter in Southern Africa not show up as a CO2 hotspot on this picture but it is adjacent to the general area of the hotspot. South Africa is at the foot of the continent but is not part of the hotspot shown. This is despite the fact that veld burning occurs there too and also large scale commercial farming with the largest inputs of inorganic fertiliser on the continent. Not too mention every other aspect of industrial commercial farming. None of which things exist on any comparable scale in the hotspot areas. Yet it is not part of the hotspot but these countries are.
Now read the following article published on October 31, 2011 tilted “New Satellite Data Contradicts Carbon Dioxide Climate Theory”:
http://johnosullivan.wordpress.com/2011/10/31/new-satellite-data-contradicts-carbon-dioxide-climate-theory/
The Japanese were the first to be honest in revealing industrialized nations emit far less carbon dioxide than the Third World.
I wonder if it would not appropriate to expand the analysis about the “pre-combustion” CO2 emissions during the extraction of natural gas from wells.
The attached 2011 Study from the Cornell University is also useful when considering the CH4 conversion factor to account it in term of CO2eq.
Finally, it might seems that the swithing from coal to natural gas produce no advantage at all in term of CO2 emissions and focalizing the attention on this speculation might help to redress dismantling this erroneous theory.
When considering the hydrocarbons extraction: Crude oil and natural gas, it would seems logical to account for all: “Venting, Flaring and Methane Fugitive Emissions and convert same using the shorter factor (20 years, instead of the 100 years time frame (as the IPCC as always suggested) wether it is really an urgent “problem” to address.