Craftlogic wins Whelen USTT @ VIR. #Craf

•July 16, 2012 • Leave a Comment

Craftlogic wins Whelen USTT @ VIR. #Craftlogic #CraftlogicRacing. http://ow.ly/chq4R

Alaska – You Go Guys!

•August 4, 2008 • Leave a Comment

Alaskans have it right! The Polar Bear is doing just fine. This is an attempt by the environmentalist wackos to keep us from using our resources. The Polar Bears will fair just fine. If not, then I choose us over them.

http://www.foxnews.com/story/0,2933,397601,00.html

ANCHORAGE, Alaska —  The state of Alaska has sued the federal government to overturn the listing of polar bears as a threatened species.

The lawsuit was filed Monday in Washington, D.C.

Interior Secretary Dirk Kempthorne announced the listing on May 14, saying sea ice habitat has dramatically melted and computer models suggest the trend will continue.

Gov. Sarah Palin says the federal analysis did not adequately consider polar bear survival through earlier warming periods.

She also says existing regulatory mechanisms have resulted in a sustainable worldwide polar bear population.

Greenhouse gasses: C02 is negligible

•July 25, 2008 • Leave a Comment

http://www.geocraft.com/WVFossils/greenhouse_data.html

Water Vapor Rules the Greenhouse System

Just how much of the “Greenhouse Effect” is caused by human activity?

It is about 0.28%, if water vapor is taken into account– about 5.53%, if not.

This point is so crucial to the debate over global warming that how water vapor is or isn’t factored into an analysis of Earth’s greenhouse gases makes the difference between describing a significant human contribution to the greenhouse effect, or a negligible one.

Water vapor constitutes Earth’s most significant greenhouse gas, accounting for about 95% of Earth’s greenhouse effect (4). Interestingly, many “facts and figures’ regarding global warming completely ignore the powerful effects of water vapor in the greenhouse system, carelessly (perhaps, deliberately) overstating human impacts as much as 20-fold.

Water vapor is 99.999% of natural origin. Other atmospheric greenhouse gases, carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O), and miscellaneous other gases (CFC’s, etc.), are also mostly of natural origin (except for the latter, which is mostly anthropogenic).

Human activites contribute slightly to greenhouse gas concentrations through farming, manufacturing, power generation, and transportation. However, these emissions are so dwarfed in comparison to emissions from natural sources we can do nothing about, that even the most costly efforts to limit human emissions would have a very small– perhaps undetectable– effect on global climate.

For those interested in more details a series of data sets and charts have been assembled below in a 5-step statistical synopsis.

Note that the first two steps ignore water vapor.

1. Greenhouse gas concentrations

2. Converting concentrations to contribution

3. Factoring in water vapor

4. Distinguishing natural vs man-made greenhouse gases

5. Putting it all together

Note: Calculations are expressed to 3 significant digits to reduce rounding errors, not necessarily to indicate statistical precision of the data. All charts were plotted using Lotus 1-2-3.

Caveat: This analysis is intended to provide a simplified comparison of the various man-made and natural greenhouse gases on an equal basis with each other. It does not take into account all of the complicated interactions between atmosphere, ocean, and terrestrial systems, a feat which can only be accomplished by better computer models than are currently in use.


Greenhouse Gas Concentrations:
Natural vs man-made (anthropogenic)

1. The following table was constructed from data published by the U.S. Department of Energy (1) and other sources, summarizing concentrations of the various atmospheric greenhouse gases. Because some of the concentrations are very small the numbers are stated in parts per billion. DOE chose to NOT show water vapor as a greenhouse gas!

2.12 Gt C = ~7.8 Gt CO2 = 1ppmv CO2

TABLE 1. 

The Important Greenhouse Gases (except water vapor)
U.S. Department of Energy, (October, 2000) (1)

(all concentrations expressed in parts per billion) Pre-industrial baseline Natural additions Man-made additions Total (ppb) Concentration Percent of Total
 Carbon Dioxide (CO2)  288,000 68,520  11,880  368,400  99.438% 
 Methane (CH4)  848 577  320  1,745  0.471% 
 Nitrous Oxide (N2O)  285 12  15  312  0.084% 
 Misc. gases ( CFC’s, etc.)  25 2 27  0.007% 
 Total  289,158 69,109  12,217  370,484  100.00% 

 

The chart at left summarizes the % of greenhouse gas concentrations in Earth’s atmosphere from Table 1. This is not a very meaningful view though because 1) the data has not been corrected for the actual Global Warming Potential (GWP) of each gas, and 2) water vapor is ignored.

But these are the numbers one would use if the goal is to exaggerate human greenhouse contributions:

Man-made and natural carbon dioxide (CO2) comprises 99.44% of all greenhouse gas concentrations (368,400 / 370,484 )–(ignoring water vapor).

Also, from Table 1 (but not shown on graph):

Anthropogenic (man-made) CO2 additions comprise (11,880 / 370,484) or 3.207% of all greenhouse gas concentrations, (ignoring water vapor).

Total combined anthropogenic greenhouse gases comprise (12,217 / 370,484) or 3.298% of all greenhouse gas concentrations, (ignoring water vapor).

The various greenhouse gases are not equal in their heat-retention properties though, so to remain statistically relevant % concentrations must be changed to % contribution relative to CO2. This is done in Table 2, below, through the use of GWP multipliers for each gas, derived by various researchers.



Converting greenhouse gas concentrations
to greenhouse effect contribution
(using global warming potential )

2. Using appropriate corrections for the Global Warming Potential of the respective gases provides the following more meaningful comparison of greenhouse gases, based on the conversion:

( concentration ) X ( the appropriate GWP multiplier (2) (3) of each gas relative to CO2 ) = greenhouse contribution.: 

TABLE 2. 

Atmospheric Greenhouse Gases (except water vapor)
adjusted for heat retention characteristics, relative to CO2
 

This table adjusts values in Table 1 to compare greenhouse gases equally with respect to CO2. ( #’s are unit-less) Multiplier (GWP) Pre-industrial baseline(new) Natural additions (new) Man-made additions (new) Tot. Relative Contribution Percent of Total (new)
Carbon Dioxide (CO2)  1  288,000 68,520  11,880  368,400  72.369% 
Methane (CH4)  21 (2)  17,808 12,117  6,720  36,645  7.199% 
Nitrous Oxide (N2O)  310 (2) 88,350 3,599 4,771  96,720  19.000% 
 CFC’s (and other misc. gases) see data (3) 2,500 4,791  7,291  1.432% 
 Total   396,658 84,236 28,162  509,056  100.000% 

NOTE: GWP (Global Warming Potential) is used to contrast different greenhouse gases relative to CO2.

Compared to the concentration statistics in Table 1, the GWP comparison in Table 2 illustrates, among other things:

Total carbon dioxide (CO2) contributions are reduced to 72.37% of all greenhouse gases (368,400 / 509,056)– (ignoring water vapor).

Also, from Table 2 (but not shown on graph):

Anthropogenic (man-made) CO2 contributions drop to (11,880 / 509,056) or 2.33% of total of all greenhouse gases, (ignoring water vapor).

Total combined anthropogenic greenhouse gases becomes (28,162 / 509,056) or 5.53% of all greenhouse gas contributions, (ignoring water vapor).

Relative to carbon dioxide the other greenhouse gases together comprise about 27.63% of the greenhouse effect (ignoring water vapor) but only about 0.56% of total greenhouse gas concentrations. Put another way, as a group methane, nitrous oxide (N2O), and CFC’s and other miscellaneous gases are about 50 times more potent than CO2 as greenhouse gases.

To properly represent the total relative impacts of Earth’s greenhouse gases Table 3 (below) factors in the effect of water vapor on the system.



Water vapor overwhelms
all other natural and man-made
greenhouse
contributions.

3. Table 3, shows what happens when the effect of water vapor is factored in, and together with all other greenhouse gases expressed as a relative % of the total greenhouse effect.

TABLE 3. 

Role of Atmospheric Greenhouse Gases
(man-made and natural) as a % of Relative
Contribution to the “Greenhouse Effect”
 

Based on concentrations (ppb) adjusted for heat retention characteristics Percent of Total  Percent of Total –adjusted for water vapor
 Water vapor  —–  95.000%
 Carbon Dioxide (CO2) 72.369%   3.618%
 Methane (CH4) 7.100%   0.360%
Nitrous oxide (N2O) 19.000%   0.950%
 CFC’s (and other misc. gases) 1.432%   0.072%
 Total 100.000%   100.000%

 

As illustrated in this chart of the data in Table 3, the combined greenhouse contributions of CO2, methane, N2O and misc. gases are small compared to water vapor!

Total atmospheric carbon dioxide (CO2) — both man-made and natural– is only about 3.62% of the overall greenhouse effect– a big difference from the 72.37% figure in Table 2, which ignored water!

Water vapor, the most significant greenhouse gas, comes from natural sources and is responsible for roughly 95% of the greenhouse effect (4). Among climatologists this is common knowledge but among special interests, certain governmental groups, and news reporters this fact is under-emphasized or just ignored altogether.

Conceding that it might be “a little misleading” to leave water vapor out, they nonetheless defend the practice by stating that it is “customary” to do so!



Comparing natural vs man-made concentrations
of greenhouse gases

4. Of course, even among the remaining 5% of non-water vapor greenhouse gases, humans contribute only a very small part (and human contributions to water vapor are negligible).

Constructed from data in Table 1, the charts (below) illustrate graphically how much of each greenhouse gas is natural vs how much is man-made. These allocations are used for the next and final step in this analysis– total man-made contributions to the greenhouse effect. Units are expressed to 3 significant digits in order to reduce rounding errors for those who wish to walk through the calculations, not to imply numerical precision as there is some variation among various researchers.


 Putting it all together:
total human greenhouse gas contributions
add up to about 0.28% of the greenhouse effect.5. To finish with the math, by calculating the product of the adjusted CO2 contribution to greenhouse gases (3.618%) and % of CO2 concentration from anthropogenic (man-made) sources (3.225%), we see that only (0.03618 X 0.03225) or 0.117% of the greenhouse effect is due to atmospheric CO2 from human activity. The other greenhouse gases are similarly calculated and are summarized below.

TABLE 4a. 

Anthropogenic (man-made) Contribution to the “Greenhouse
Effect,” expressed as % of Total (water vapor INCLUDED)

Based on concentrations (ppb) adjusted for heat retention characteristics  % of All Greenhouse Gases  % Natural  % Man-made
 Water vapor 95.000% 

 94.999%

0.001% 
 Carbon Dioxide (CO2) 3.618% 

 3.502%

0.117% 
 Methane (CH4) 0.360% 

 0.294%

0.066% 
 Nitrous Oxide (N2O) 0.950% 

 0.903%

0.047% 
 Misc. gases ( CFC’s, etc.) 0.072% 

 0.025%

0.047% 
 Total 100.00% 

 99.72

0.28% 

 

This is the statistically correct way to represent relative human contributions to the greenhouse effect.

From Table 4a, both natural and man-made greenhouse contributions are illustrated in this chart, in gray and green, respectively. For clarity only the man-made (anthropogenic) contributions are labeled on the chart.

Water vapor, responsible for 95% of Earth’s greenhouse effect, is 99.999% natural (some argue, 100%). Even if we wanted to we can do nothing to change this.

Anthropogenic (man-made) CO2 contributions cause only about 0.117% of Earth’s greenhouse effect, (factoring in water vapor). This is insignificant!

Adding up all anthropogenic greenhouse sources, the total human contribution to the greenhouse effect is around 0.28% (factoring in water vapor).

The Kyoto Protocol calls for mandatory carbon dioxide reductions of 30% from developed countries like the U.S. Reducing man-made CO2 emissions this much would have an undetectable effect on climate while having a devastating effect on the U.S. economy. Can you drive your car 30% less, reduce your winter heating 30%? Pay 20-50% more for everything from automobiles to zippers? And that is just a down payment, with more sacrifices to come later.

Such drastic measures, even if imposed equally on all countries around the world, would reduce total human greenhouse contributions from CO2 by about 0.035%.

This is much less than the natural variability of Earth’s climate system!

While the greenhouse reductions would exact a high human price, in terms of sacrifices to our standard of living, they would yield statistically negligible results in terms of measurable impacts to climate change. There is no expectation that any statistically significant global warming reductions would come from the Kyoto Protocol.



” There is no dispute at all about the fact that even if punctiliously observed, (the Kyoto Protocol) would have an imperceptible effect on future temperatures — one-twentieth of a degree by 2050. “
Dr. S. Fred Singer, atmospheric physicist
Professor Emeritus of Environmental Sciences at the University of Virginia,
and former director of the US Weather Satellite Service;
in a Sept. 10, 2001 Letter to Editor, Wall Street Journal

Research to Watch

Scientists are increasingly recognizing the importance of water vapor in the climate system. Some, like Wallace Broecker, a geochemist at Columbia’s Lamont-Doherty Earth Observatory, suggest that it is such an important factor that much of the global warming in the last 10,000 years may be due to the increasing water vapor concentrations in Earth’s atmosphere.

His research indicates that air reaching glaciers during the last Ice Age had less than half the water vapor content of today. Such increases in atmospheric moisture during our current interglacial period would have played a far greater role in global warming than carbon dioxide or other minor gases.



I can only see one element of the climate system capable of generating these fast, global changes, that is, changes in the tropical atmosphere leading to changes in the inventory of the earth’s most powerful greenhouse gas– water vapor. “  

Dr. Wallace Broecker

, a leading world authority on climate
Lamont-Doherty Earth Observatory, Columbia University,
lecture presented at R. A. Daly Lecture at the American Geophysical Union’s
spring meeting in Baltimore, Md., May 1996.



Known causes of global climate change, like cyclical eccentricities in Earth’s rotation and orbit, as well as variations in the sun’s energy output, are the primary causes of climate cycles measured over the last half million years. However, secondary greenhouse effects stemming from changes in the ability of a warming atmosphere to support greater concentrations of gases like water vapor and carbon dioxide also appear to play a significant role. As demonstrated in the data above, of all Earth’s greenhouse gases, water vapor is by far the dominant player.

The ability of humans to influence greenhouse water vapor is negligible. As such, individuals and groups whose agenda it is to require that human beings are the cause of global warming must discount or ignore the effects of water vapor to preserve their arguments, citing numbers similar to those in Table 4b . If political correctness and staying out of trouble aren’t high priorities for you, go ahead and ask them how water vapor was handled in their models or statistics. Chances are, it wasn’t!


|| Global Warming || Table of Contents || 

References:

1) Current Greenhouse Gas Concentrations (updated October, 2000)
Carbon Dioxide Information Analysis Center
(the primary global-change data and information analysis center of the U.S. Department of Energy)
Oak Ridge, Tennessee

Greenhouse Gases and Climate Change (data now available only to “members”)
IEA Greenhouse Gas R&D Programme,
Stoke Orchard, Cheltenham, Gloucestershire, GL52 7RZ, United Kingdom.

2) Greenhouse Gases and Global Warming Potentials (updated April, 2002)
U.S. Environmental Protection Agency

3) Warming Potentials of Halocarbons and Greenhouses Gases
Chemical formulae and global warming potentials from Intergovernmental Panel on Climate Change, Climate Change 1995: The Science of Climate Change (Cambridge, UK: Cambridge University Press, 1996), pp. 119 and 121. Production and sales of CFC’s and other chemicals from International Trade Commission, Synthetic Organic Chemicals: United States Production and Sales, 1994 (Washington, DC, 1995). TRI emissions from U.S. Environmental Protection Agency, 1994 Toxics Release Inventory: Public Data Release, EPA-745-R-94-001 (Washington, DC, June 1996), p. 73. Estimated 1994 U.S. emissions from U.S. Environmental Protection Agency, Inventory of U.S. Greenhouse Gas Emissions and Sinks, 1990-1994, EPA-230-R-96-006 (Washington, DC, November 1995), pp. 37-40.

4) References to 95% contribution of water vapor:

a. S.M. Freidenreich and V. Ramaswamy, “Solar Radiation Absorption by Carbon Dioxide, Overlap with Water, and a Parameterization for General Circulation Models,” Journal of Geophysical Research 98 (1993):7255-7264

b. Global Deception: The Exaggeration of the Global Warming Threat
by Dr. Patrick J. Michaels, June 1998
Virginia State Climatologist and Professor of Environmental Sciences, University of Virginia

c. Greenhouse Gas Emissions, Appendix D, Greenhouse Gas Spectral Overlaps and Their Significance
Energy Information Administration; Official Energy Statistics from the U.S. Government

d. Personal Communication– Dr. Richard S. Lindzen
Alfred P. Slone Professor of Meteorology, MIT

e. The Geologic Record and Climate Change
by Dr. Tim Patterson, January 2005
Professor of Geology– Carleton University
Ottawa, Canada
Alternate link:
f. EPA Seeks To Have Water Vapor Classified As A Pollutant
by the ecoEnquirer, 2006
Alternate link:

g. Air and Water Issues
by Freedom 21.org, 2005
Citation: Bjorn Lomborg, p. 259. Also: Patrick Michaels and Robert Balling, Jr. The Satanic Gases, Clearing the Air About Global Warming (Washington, DC: CATO Institute, 2000), p. 25.

h. Does CO2 Really Drive Global Warming?
by Dr. Robert Essenhigh, May 2001
Alternate link:

i. Solar Cycles, Not CO2, Determine Climate
by Zbigniew Jaworowski, M.D., Ph.D., D.Sc., 21st Century Science and Technology, Winter 2003-2004, pp. 52-65
Link:

5) Global Climate Change Student Guide
Department of Environmental and Geographical Sciences
Manchester Metropolitan University
Chester Street
Manchester
M1 5GD
United Kingdom

6) Global Budgets for Atmospheric Nitrous Oxide – Anthropogenic Contributions
William C. Trogler, Eric Bruner, Glenn Westwood, Barbara Sawrey, and Patrick Neill
Department of Chemistry and Biochemistry
University of California at San Diego, La Jolla, California

7) Methane record and budget
Robert Grumbine

Useful conversions:

1 Gt = 1 billion tons = 1 cu. km. H20

1 Gt Carbon(C) = ~3.67 Gt Carbon Dioxide(CO2)

I couldn’t have said it better myself

•July 18, 2008 • Leave a Comment

I couldn’t have said it better myself. So, I’ll let George Carlin say it.

George Carlin – Saving the Planet

Russians disagree with anthropogenic greenhouse gasses causing global warming?

•July 18, 2008 • Leave a Comment

Challenging the basis of Kyoto Protocol

The Hindu, 16 July 2008
http://www.hindu.com/2008/07/10/stories/2008071055521000.htm

Vladimir Radyuhin

Russian scientists deny that the Kyoto Protocol reflects a consensus view of the world scientific community.

As western nations step up pressure on India and China to curb the emission of greenhouse gases, Russian scientists reject the very idea that carbon dioxide may be responsible for global warming.

Russian critics of the Kyoto Protocol, which calls for cuts in CO2 emissions, say that the theory underlying the pact lacks scientific basis. Under the Theory of Anthropogenic Global Warming, it is human-generated greenhouse gases, and mainly CO2, that cause climate change. “The Kyoto theorists have put the cart before the horse,” says renowned Russian geographer Andrei Kapitsa. “It is global warming that triggers higher levels of carbon dioxide in the atmosphere, not the other way round.”

Russian researchers made this discovery while studying ice cores recovered from the depth of 3.5 kilometres in Antarctica. Analysis of ancient ice and air bubbles trapped inside revealed the composition of the atmosphere and air temperature going back as far as 400,000 years.

“We found that the level of CO2 had fluctuated greatly over the period but at any given time increases in air temperature preceded higher concentrations of CO2,” says academician Kapitsa, who worked in Antarctica for many years. Russian studies showed that throughout history, CO2 levels in the air rose 500 to 600 years after the climate warmed up. Therefore, higher concentrations of greenhouse gases registered today are the result, not the cause, of global warming.

Critics of the CO2 role in climate change point out that water vapours are a far more potent factor in creating the greenhouse effect as their concentration in the atmosphere is five to 10 times higher than that of CO2. “Even if all CO2 were removed from the earth atmosphere, global climate would not become any cooler,” says solar physicist Vladimir Bashkirtsev.

The hypothesis of anthropogenic greenhouse gases was born out of computer modelling of climate changes. Russian scientists say climate models are inaccurate since scientific understanding of many natural climate factors is still poor and cannot be properly modelled. Oleg Sorokhtin of the Russian Academy of Sciences Institute of Ocean Studies, and many other Russian scientists maintain that global climate depends predominantly on natural factors, such as solar activity, precession (wobbling) of the Earth’s axis, changes in ocean currents, fluctuations in saltiness of ocean surface water, and some other factors, whereas industrial emissions do not play any significant role. Moreover, greater concentrations of CO2 are good for life on Earth, Dr. Sorokhtin argues, as they make for higher crop yields and faster regeneration of forests.

“There were periods in the history of the Earth when CO2 levels were a million times higher than today, and life continued to evolve quite successfully,” agrees Vladimir Arutyunov of the Russian Academy of Sciences Institute of Chemical Physics.

When four years ago, then President Vladimir Putin was weighing his options on the Kyoto Protocol the Russian Academy of Sciences strongly advised him to reject it as having “no scientific foundation.” He ignored the advice and sent the Kyoto pact to Parliament for purely political reasons: Moscow traded its approval of the Kyoto Protocol for the European Union’s support for Russia’s bid to join the World Trade Organisation. Russian endorsement was critical, as without it the Kyoto Protocol would have fallen through due to a shortage of signatories. It did not cost much for Russia to join the Kyoto Protocol since its emission target was set at the level of 1990, that is, before the Russian economy crashed following the break-up of the Soviet Union. According to some projections, Russia will not exceed its target before 2017. Notwithstanding this, the Russian scientific community is vocal in its opposition to the Kyoto process.

“The Kyoto Protocol is a huge waste of money,” says Dr. Sorokhtin. “The Earth’s atmosphere has built-in regulatory mechanisms that moderate climate changes. When temperatures rise, ocean water evaporation increases, denser clouds stop solar rays and surface temperatures decline.”

Academician Kapitsa denounced the Kyoto Protocol as “the biggest ever scientific fraud.” The pact was lobbied by European politicians and industrialists, critics say, in order to improve the competitiveness of European products and slow down economic growth in emerging economies. “The European Union pushed through the Kyoto Protocol in order to reduce the competitive edge of the U.S. and other countries where ecological standards are less stringent than in Europe,” says ecologist Sergei Golubchikov.

Russian scientists deny that the Kyoto Protocol reflects a consensus view of the world scientific community. Academician Kapitsa complains that opponents of the man-caused global warming are routinely denied the floor at international climate forums.

“A large number of critical documents submitted at the 1995 U.N. conference in Madrid vanished without a trace,” the scientist says. “As a result, the discussion was one-sided and heavily biased, and the U.N. declared global warming to be a scientific fact.”

Critics concede that the thrust of the Kyoto Protocol is towards promoting energy-saving technologies, but then, they argue, it should have been just that — a protocol on energy efficiency and energy conservation. The problem with the Kyoto process, critics say, is that it shifts the emphasis away from genuine ecological problems, such as industrial, air and water pollution, to the wasteful fight against harmless gases.

“Ecological treaties should seek to curb emissions of sulpher dioxide, nitrogen oxides, heavy metals and other highly-toxic pollutants instead of targeting carbon dioxide, which is a non-toxic gas whose impact on global warming has not been proved,” says Dr. Golubchikov.

Russian researchers compare the Kyoto Protocol to the 1987 Montreal Protocol on Substances that Deplete the Ozone Layer, which called for phasing out Freon-12 as a preferred refrigerant. It has since been proved, says Dr. Golubchikov, that chlorine-containing Freon-12 destroys ozone only in laboratory conditions whereas in the atmosphere, it interacts with hydrogen and falls back to Earth as acid rain before it can harm ozone.

The Montreal Protocol brought billions of dollars in profits for U.S. DePont, which held global patent rights for Freon-134, an alternative refrigerant that does not interact with ozone. “Within 10 years of the Montreal Protocol the output of refrigeration compressors in the U.S. increased by 60 per cent, whereas in Europe it declined by a similar proportion. In Russia, which accounted for a quarter of the global market of refrigerants, the industry ground to a complete stop,” says Yevgeny Utkin, Secretary of Russia’s Inter-Agency Commission for Climate Change.

The ultimate irony of the Montreal Protocol is that the new refrigerant is the most potent among greenhouse gases blacklisted under the Kyoto Protocol, and moreover is explosion-prone. The Freon bubble burst when, in 1989, the ozone layer suddenly jumped to the pre-Montreal Protocol level and has since continued to rise. Russian critics of the Kyoto Protocol are convinced that the greenhouse gases bubble will likewise prove short-lived.

Global cooling

Who remembers today, they query, that in the 1970s, when global temperatures began to dip, many warned that we faced a new ice age? An editorial in The Time magazine on June 24, 1974, quoted concerned scientists as voicing alarm over the atmosphere “growing gradually cooler for the past three decades”, “the unexpected persistence and thickness of pack ice in the waters around Iceland,” and other harbingers of an ice age that could prove “catastrophic.” Man was blamed for global cooling as he is blamed today for global warming. “Climatologists suggest that dust and other particles released into the atmosphere as a result of farming and fuel burning may be blocking more and more sunlight from reaching and heating the surface of the earth,” The Time lamented.

Russian scientists say that today’s alarmism over greenhouse gases is as baseless as concerns about man-raised dust were 30 years ago. Solar physicists claim that the Earth has entered a 30-year period of global cooling predicated upon a cyclic decline in solar activity. They cite U.S. global weather reports as indicating that global temperatures have stopped rising since the turn of the century. “The global warming in 1970-1998 was merely a phase in the 60-year cycles of natural warming and cooling,” Dr. Bashkirtsev says.

Russian climate researchers working in Antarctica confirm that temperatures on the sixth continent have been declining in recent years. According to geographer Nikolai Osokin, the ice cover in Antarctica, which accounts for 90 per cent of the global ice stock, has overall been growing.

This year global temperatures have been showing a distinct downward trend, and according to the Earth System Science Center at the University of Alabama in Huntsville, in May “the globe was cooler than at any time since January 2000.”

This is good news for Dr. Bashkirtsev, who together with another Russian solar physicist three years ago, bet climate scientist James Annan $10,000 that the Earth would cool down over the next decade. It is more than a wage; it is a contest between two concepts of climate change. The Russian scientists believe in sun-driven climate changes, while the British researcher creates man-caused climate-warming models on the Earth Simulator supercomputer in Japan’s Yokohama.

We’ve killed the Sun!

•July 16, 2008 • Leave a Comment

The Sun is in a deep slumber

NRC Canada’s FTP site which logs the daily 10.7 centimeter (2800 megahertz) radio flux from the sun just reported what appears to be a new record low in the observed data.

64.2 at 1700 UTC

Source data is here

The Solar Radio Monitoring Program is operated jointly by the National Research Council and the Canadian Space Agency, the web page for their monitoring program is here.

The 10.7cm solar radio flux is an indicator of the sun’s activity. Here is a brief description of it from the National Geophysical Data Center:

The sun emits radio energy with a slowly varying intensity. This radio flux, which originates from atmospheric layers high in the sun’s chromosphere and low in its corona, changes gradually from day-to-day, in response to the number of spot groups on the disk. Radio intensity levels consist of emission from three sources: from the undisturbed solar surface, from developing active regions, and from short-lived enhancements above the daily level. Solar flux density at 2800 megaHertz has been recorded routinely by radio telescopes near Ottawa (February 14, 1947-May 31, 1991) and Penticton, British Columbia, since the first of June, 1991. Each day, levels are determined at local noon (1700 GMT at Ottawa and 2000 GMT at Penticton) and then corrected to within a few percent for factors such as antenna gain, atmospheric absorption, bursts in progress, and background sky temperature.

Solar Flux Image

Part of this has to due with the earth’s orbit and position relative to the sun in July, this from Australia’s IPS Radio and Space Services:

On July 18 1996, the observed value of the 10 cm solar flux dropped to a low of 64.9. In many books it is stated that the 10 cm solar flux can not go below a value of 67. For example, the formulae given in the June 1996 edition of the IPS Solar Geophysical Summary show 67.0 as the minimum value. So how can we get a value of 64.9?

The answer is quite interesting – it depends on the orbit of the earth! The earth’s orbit is not perfectly circular but is slightly elliptical. In July of each year we are a little further than average from the sun and so solar radiation, including the 10 cm flux, is very slightly weaker than average.

So the 10cm flux will tend to be lower in July than, for example, December when the earth is closer to the sun than its average value. The combination of the extra distance to the sun and the solar minimum conditions have acted to produce this very low flux value.

It is easy to correct for the earth-sun distance and, when this is done, a value of 67.0 is obtained. This is the text book value!

Values of the 10 cm flux are often given in two forms – first as directly observed values and secondly as values corrected for the earth-sun distance variation.

The last time that the observed 10cm flux was at a lower value was on July 26, 1964 when it stood at 64.8. The lowest value ever recored was on July 02, 1954 with a value of 64.4.

As we’ve seen from visiual cues and lack of sunpots recently, it is obvious that the sun is in a deep minima. Expert forecasts that have called for the sun to be regularly active by now have been falsified by nature, and the question of the day is: how long before the sun becomes active again?

Atmospheric C02 Levels: Who cares?

•July 16, 2008 • Leave a Comment

Apparently, everybody cares but why? Carbon dioxide is only 0.03% of our atmosphere. So what if it doubles? There simply is not enough C02 in the atmosphere to make any difference whatsoever. C02 is not a greenhouse gas; water vapor is, though, but nobody mentions that. The atmosphere is made up of 78% Nitrogen, 20% Oxygen, 0.93% Argon and then everything else falls into the remaining 0.07%. However, the media and the global warming alarmists would have you think that we’re being suffocated in C02. Actually, it would be nice to have some more CO2. Plants would love it and our farms could produce more food.

It is true that we contribute to an increase of CO2 and that’s why the global warming alarmists picked up on it. They could show that C02 goes up and the temperature goes up all at the same time and use that as proof of man-made global warming. Now that they realize that we are going through a global cooling phase, they are now saying that global warming can cause global cooling. It is pretty shocking to me that the economies of the world can be influenced by such nonsense. It is much like the days of Galileo. He believed the Earth orbited the Sun and yet everybody else believed the Sun orbited the Earth. Because he said otherwise, he was imprisoned for heresy. It is much the same way today. Scientists are afraid to speak out, responsible media refuses to discuss it, and politicians know they will not get re-elected if they say man-made global warming is a farce. So, it continues to be the belief of the day and the religion of science will come to save us.

Science should be an open forum to discuss ideas and welcome debate of current understanding. When it comes to global warming, it no longer is about science but about politics and religion. Too bad. When Manhattan is under a mile of ice, maybe the global warming alarmists will be run out of town on rails. I will keep my fingers crossed.

 
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