Scafetta & Mazzarella: Spectral coherence between climate oscillations and the M ≥ 7 earthquake historical worldwide record

Nicola Scafetta has co-authored a paper with Adriano Mazzarella on the correlation of the spectral frequencies of M7 and greater earthquakes and oceanic oscillations and length of day (LOD). He ascribes those oscillations and the LOD variation to the astronomical forcings identified in earlier papers which have similar spectral frequency peaks.

Abstract

We compare the NOAA Significant Earthquake Historical database versus typical climatic indices and the length of the day (LOD). The Pacific Decadal Oscillation (PDO) record is mainly adopted because most of the analyzed earthquakes occurred at the land boundaries of the Pacific Plate. The NOAA catalog contains information on destructive earthquakes. Using advanced spectral and magnitude squared coherence methodologies, we found that the magnitudeM≥7earthquake annual frequency and the PDO record share common frequencies at about 9-, 20-, and 50- to 60-year periods, which are typically found in climate records and among the solar and lunar harmonics.

Peter Morecambe: Institutional Climate Science, Prospects for Independent Researchers and Some Results

Guest post from Peter Morecambe aka ‘Galloping Camel’

CLIMATE SCIENCE

The Kyoto Protocol

Elites around the world tend to believe that rising levels of CO2 in our atmosphere will cause catastrophic climate changes. Collectively they wield enough power to shape energy policies in many nations according to commitments laid down in the “Kyoto Protocol” and subsequent accords. It is interesting to compare the fate of the Kyoto Protocol based on the work of “Climate Scientists” such as Michael Mann with that of the Montreal Protocol based on the work of people like McElroy.

The Montreal Protocol essentially banned the production of Freon and similar compounds based on the prediction that this would reduce the size of the polar “Ozone Holes”. After the ban went into effect the size of the ozone holes diminished. This may mean that the science presented by McElroy and his cohorts was “Robust” or it may be dumb luck. Either way, McElroy has credibility and “Skeptics” are ridiculed. The Kyoto Protocol did not fare so well.

Nicola Scafetta and Richard C Willson: Planetary harmonics in the historical Hungarian aurora record (1523–1960)

Congratulations! to Nicola Scafetta and Richard C Willson on the publication of their new paper: Planetary harmonics in the historical Hungarian aurora record (1523–1960). This is another excellent paper, published in Planetary and Space Science. Grabbitquick before I take it offline. Scafetta always makes papers available later if you miss this one. The Hungarian record goes back to a very early date and this makes the paper especially interesting to those of us eager to see more validation of the solar planetary theory, which is rapidly becoming the best show in town for matching paleo records. Geoff Sharp will be particularly pleased to see the strength of these Uranus-Neptune synodic correlations with solar activity levels.

Nature Print Edition Features Solar Planetary Theory

University of Montreal physicist Paul Charbonneau has written a short review of the Abreu et al paper published by ‘Astronomy and Astrophysics’, and featured on the talkshop last October. This is a good step forward for the hypothesis we have been working on here for the last three years, with important contributions from published scientists including Ian Wilson, Nicola Scafetta,  P.A. Semi and many other contributors. Although Abreu et al were not the first in modern times to publish in this area, the prominence they have achieved through publication of a review piece by Paul Charbonneau in Nature is helping to turn the spotlight onto an idea whose time has come. Hopefully the authors with prior publications in this exciting  area of investigation will now receive more of the recognition they deserve for their pioneering work in the field, bravely withstanding the unscientific criticism and ridicule of certain members of the mainstream solar physics community. As Charbonneau observes at the end of his article:

To sum up, what we have here is a fit to observations unmatched by any other exploratory framework, buttressed by a conjectural explanatory scenario that is testable at least at some level. It may all turn out to be wrong in the end, but this is definitely not Astrology. This is science.