Wednesday 1 January 2020

NASA’s forecast for the next solar cycle (25) reveals it will be the weakest of the last 200 years. - 30 to 50% lower than the most recent one


The next Solar Cycle (25) will be the weakest of the last 200 years.
NASA’s results show that the next cycle will start in 2020 and reach its maximum in 2025
DOCUMENTING EARTH CHANGES DURING THE NEXT GSM AND POLE SHIFT
PROFESSOR VALENTINA ZHARKOVA’S ‘EXPANDED’ ANALYSIS STILL CONFIRMS SUPER GRAND SOLAR MINIMUM (2020-2055)
Professor Valentina Zharkova’s recent paper ‘Oscillations of the Baseline of Solar Magnetic Field and Solar Irradiance on a Millennial Timescale’ has been accepted for publishing in Nature. It confirms a Grand Solar Minimum (GSM) from 2020 to 2055, as all four magnetic fields of the sun go out of phase, while also suggesting centuries of natural warming post-Minima.

Zharkova’s team’s expanded ‘double dynamo’ calculations match-up almost perfectly with the timelines of past Grand Minimas: the Maunder Minimum (1645–1715), Wolf minimum (1300–1350), Oort minimum (1000–1050), Homer minimum (800–900 BC); as well as with the past Grand Maximas: the Medieval Warm Period (900–1200), the Roman Warm Period (400–150 BC), and so on…
Coming as somewhat of a surprise however, Zharkova’s full and expanded analysis reveals the sun, following its next GSM cycle (2020-2055), will actually enter a 300+ year spell of increased-activity warming the earth at a rate of 0.5C (0.9F) per century, running until the next GSM cycle (2370-2415).
Succeeding that cooling period (2415-onward), the world, according to Zharkova, will continue on with its warming trend, again at an average of 0.5C (0.9F) per century, until the year 2600 when the sun will flip to a prolonged cooling phase running for the next 1000 years (and likely propelling Earth into the next ice age).


Our star is effectively shutting down, starting next year (2020).
The upcoming GSM is forecast (by Zharkova herself, among others) to be similar to the Maunder Minimum (1645-1715) — a time when sunspots were exceedingly rare and much of the planet experienced colder than average temperatures.
We are already seeing an increase in unstable weather patterns, as the weakest solar cycle in over 100 years (SC24) continues to weaken the jet stream, reverting it’s usual zonal (tight) flow to more of a meridional (wavy) one.

14 Jan 2018 - A solar minimum is the low activity trough of the 11-year solar cycle (Schwabe Cycle). ... 1645 and 1715) that coincided with the coldest phase of the Little Ice Age. ... warming, as in the Roman Warm Period, the Medieval Climate Optimum and ... Even when – in a given year – average temperatures are only ...


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