Maunder Minimum—Headed for a replay in 2020?

The Great Frost Devastated Europe from Italy to Iceland

9 May 11 – Our recent temperature surge from 1976–1998 compares all too well with a similar strong temperature surge from AD 1688–1738, writes Dennis Avery on

“The killer in the comparison is that the temperature surge after 1688 was followed by a sudden plunge into one of the coldest periods in the entire Little Ice Age!” says Avery. “The cold of 1739-40 was called The Great Frost, and it devastated Europe from Italy to Iceland.”

“The Great Frost followed a period of very few sunspots—the Maunder Minimum (1645–1715),” says Avery. “The modern world has just undergone a similar dearth of sunspots, from 2007 to 2011.”

Europe’s glaciers did not advance during the sunspot dearth, says Avery. “But during and after the winter of 1739, glaciers advanced strongly through France and Germany, and north into Sweden, Norway and Iceland and didn’t retreat for the next 50 years!”

In Ireland, “rivers, lakes, and waterfalls froze and fish died in the first few weeks of the Great Frost. Coal dealers found their coal piles and unloading docks frozen solid. Mill-wheels froze, so the millers and bakers could produce no bread.”

Ireland’s crucial potato crop froze underground, Avery continues. “The tubers were ruined for food, and useless as seed for the following year. The following spring came drought…. The winter wheat and barley sown the previous fall died in the fields. Sheep and cattle died in the pastures.” By the summer of 1741 “an estimated 400,000 people had died.”

Read all of this great article here:
Thanks to George Fitzsimmons for this link

1 thought on “Maunder Minimum—Headed for a replay in 2020?”

  1. There are so many similarities between the Dalton Minimum and past few years that we’d be stupid to ignore the signs. Sir George Simpson was on the money with his ice-age on-set theory. We have already seen a period of global warming to provide the warm oceans which will go on evapourating for several decades. Increased sub-sea volcanic activity could maintain the ocean heat input. He never explained how the polar front would extend over Europe but our recent mapping of the deeply meandering jet-streams provides a plausible mechanism for this.
    Magnetosphere decay is now looking to be a very likely cause of the increase in cloud cover which is also a prerequisite for precipitation(snow).
    It’s hard to ignore the recent CERN CLOUD results.
    A repeat of the 1815 Tambora explosion is quite imaginable. If snow fell on Europe every month of the year as it did in 1816 the repercussions would be severe.
    Maybe the powers-that-be already fear this and do not want sites like this spreading truthful rumours.

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