From John Ray's shorter notes




October 25, 2017

Increased storminess is associated with global COOLING

Recent big storms hitting the USA have been seized on by Warmists with a gladsome heart.  There must now be hundreds of articles in the papers which assert that the recent wind events are PROOF of global warming.  We have frequently been told what blockheads we are to continue as skeptics in the face of such proof.

So of particular interest is a recent article here by some German climate skeptics which looked to history to see what climate conditions produced most storminess.  They found  five recent academic journal articles on storminess.  And they found that high levels of storminess were associated with unusually COLD conditions and low levels of solar activity.

So the recent big blows hitting the USA in fact prove global COOLING, if they prove anything.  I give below the conclusions of the article in both German and English:


Fazit: Die Sturmtätigkeit in Europa hat sich stets während Kältephasen verstärkt. Kälte und Stürme ereigneten sich im Zuge von solaren Schwächeperioden, die sich als Auslöser der Variabilität anbieten. Der übegeordnete Zyklus beträgt hier 1000 Jahre (Eddy-Zyklus), der wohl den Wechsel zwischen Römischer, Mittelalterlicher und Moderner Wärmeperiode und den dazwischengeschalteten Kältephasen gebracht hat. Ozeanzyklen modulieren das Geschehen im Jahrzehntmaßstab, mit einer Zyklendauer von 60 Jahren. Die Sturmrekonstruktionen aus Europe zeigen ein einheitliches Bild, das die Klimamodellierer und Attributions-Forscher nun aufgreifen, erklären und in ihre Simulationen aufnehmen müssen. Angesichts der starken und systematischen solaren Signatur wird es schwer werden, den verschwindend gering angenommenen Strahlungsantrieb für solare Schwankungen in der Klimagleichung aufrechtzuerhalten.

Conclusion: The storm activity in Europe has always intensified during cold phases. Cold and storms occurred in the course of solar weakness periods, which are the causes of variability. The overriding cycle is here 1000 years (Eddy cycle), which has probably brought the change between the Roman, Medieval and Modern periods of warmth and the intermediate cooling phases. Ocean cycles modulate events on a decade scale, with a cycle duration of 60 years. The storm reconstructions from Europe show a uniform picture, which the climate modelers and attribution researchers now take up, must explain and incorporate into their simulations. In view of the strong and systematic solar signature, it will be difficult to maintain the diminishingly small radiation forcing over solar fluctuations on the climatic conditions.




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