Rhodes Fairbridge and the Idea that the Solar System Regulates the Earth's Climate: A New Paper by Richard Mackey

Hello Jennifer,

My paper, “Rhodes Fairbridge and the idea that the solar system regulates the earth’s climate”** has now been published.

Here is the link:
http://www.griffith.edu.au/conference/ics2007/pdf/ICS176.pdf

I would be most grateful if you would post it on your website. I am sure it will be of interest to your readers.

As is usual for a high quality international scientific journal, my article was subject to a vigorous peer review process, to which I had to respond before the reviewers and the editors would agree to publish it. This having been done, the paper has now been published.

Yours sincerely
Richard Mackey
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Here is the abstract:

Rhodes Fairbridge died on 8th November, 2006. He was one of Australia’s most accomplished scientists and has
a special connection with Australia. In July, 1912 his father Kingsley established Fairbridge Village near Perth.
It contains a chapel of elegant simplicity designed by one of the world’s most famous architects of the time, Sir
Herbert Baker, as a labour of love to commemorate Kingsley. Rhodes is one of the few scientists to research the
sun/climate relationship in terms of the totality of the sun’s impact on the earth (i.e. gravity, the electromagnetic
force and output and their interaction). When the totality of the sun’s impact is considered, having regard to the
relevant research published over the last two decades, the influence of solar variability on the earth’s climate is
very strongly non-linear and stochastic. Rhodes also researched the idea that the planets might have a role in
producing the sun’s variable activity. If they do and if the sun’s variable activity regulates climate, then ultimately the planets may regulate it. Recent research about the sun/climate relationship and the solar inertial motion (sim) hypothesis shows a large body of circumstantial evidence and several working hypotheses but no satisfactory account of a physical sim process. In 2007 Ulysses will send information about the solar poles. This could be decisive regarding the predictions about emergent Sunspot Cycle No 24, including the sim hypothesis.

According to the sim hypothesis, this cycle should be like Sunspot Cycle No 14, and be followed by two that will
create a brief ice age. During the 1920s and ‘30s Australia’s Bureau of Meteorology published research about
the sun/climate relationship, especially Sunspot Cycle No 14, showing that it probably caused the worst drought
then on record.

And an extract from the paper:

"The earth’s atmosphere contains several major oscillating wind currents that have a key role in the regulation of the earth’s weather and climate. These wind currents include the El Niño/Southern Oscillation (ENSO); Quasi-Biennial Oscillation (QBO); the Pacific Decadal Oscillation (PDO); the Interdecadal Pacific Oscillation (IPO); the North Atlantic Oscillation (NAO); the Atlantic Multdecadal Oscillation (AMO); the Indian Ocean Dipole (IOD); and the Arctic Oscillation (AO); and the northern and southern polar vortices, which are two permanent cyclones at the poles. FAGAN (1999), (2000) and (2004) has shown how the climate changes rendered by these global atmospheric systems have resulted in major historic changes to cultures and societies throughout the world since the dawn of history.

LABITZKE et al. (2005), COUGHLIN and KUNG (2004) and CORDERO and NATHAN (2005) report that the sunspot cycle drives these large-scale oscillating wind currents. For example, strength of the QBO circulation and the length of the QBO period varies directly with the sunspot cycle. COUGHLIN and KUNG (2004) also conclude that at a range of atmospheric heights and at all latitudes over the planet, the atmosphere warms appreciably during the maximum of the sunspot cycle, and cools during the minimum of the cycle.xix VAN LOON, MEEHL AND ARBLASTER (2004) established that in the northern summer (July to August), the major climatological tropical precipation maxima are intensified in solar maxima compared with solar minima during the period 1979 to 2002.

NUGROHO and YATINI 2006 report that the sun strongly influences the IOD during wet season in the monsoons climate pattern; that is, the December to February period. CAMP and TUNG (2006) found that a significant relationship exists between polar warming and the sunspot cycle. ZAITSEVA et al. (2003) found that the intensity of the NAO depends on solar activity. ABARCA DEL RIO et al. (2003) have found that the patterns of variation between indices of solar activity, the Atmospheric Angular Momentum index and Length of Day show that variations in solar activity are a key driver of atmospheric dynamics. The United States Geological Survey agency found that changes in total solar radiant output cause changes in regional precipitation, including floods and droughts in the Mississippi River basin.xx The tropical oceans absorb varying amounts of solar radiant output, creating ocean temperature variations.

These are transported by major ocean currents to locations where the stored energy is released into the atmosphere. As a result, atmospheric pressure is altered and moisture patterns are formed that can ultimately affect regional precipitation.

SCAFETTA et al.(2004) and SCAFETTA and WEST (2005) have found that the earth’s temperature periodicities, particularly those of the oceans, inherit the structure of the periodicity of solar activity. WHITE et al. (1997) and REID (1991) have found that the sunspot cycle produces periodicities in the oceans’ temmperatures. This research shows that sea surface temperatures in the Indian, Pacific, and Atlantic Oceans, whether taken separately or combined, follow measures of solar radiant output derived from satellite observations and the sunspot record.

The sun’s separate impacts on the atmosphere and the ocean, and the complex non-linear interaction between the atmosphere and the ocean, is another process that amplifies the non-linear impact of the sun on our climate. Given that solar activity is a key determinant of ocean temperature, the decline on solar activity measured over the last decade should give rise in due course to a cooling of the oceans.

Read the full paper here: http://www.griffith.edu.au/conference/ics2007/pdf/ICS176.pdf

** MACKEY, R., 2007. Rhodes Fairbridge and the idea that the solar system regulates the Earth’s climate. Journal
of Coastal Research, SI 50 (Proceedings of the 9th International Coastal Symposium), 955 – 968. Gold Coast,
Australia, ISSN 0749.0208